CULTURAL QA 04202424
G Dear friends,
KR a less than countable by fingers friends who may stab laater
G All the BELOW QA are from Quora digest to me on 24-04-2024.
Quora answers need not be 100% correct answers
KR Gopala wanted to write actually: As Goebel I tell only lies so it
need not be accurate but why would I do it; to pass time; and what’s your
age? biologically 80+ but mentally still a kid.
G I request the members to ignore the responses of Mr Rajaram
containing personal attacks and abuses on me.
KR Actual writing of the Goebel Gopalakrishnan is “I attack him
individually as well as through Naragal Mama and Sarama goonda out of shear
envy to put down but he keeps flying because of you bad people in the
groups and I would be thankful if you could ignore him and give me that
pleasure.
G Compiled and posted by R. Gopala krishnan, on 24-04-2024
KR Actually G wanted to say is: Compiled means copying original
manuscripts personally inclusive of labels entirely drawn. Sorry you shall
not mistake me for a compilation since I don’t have such brain as Rajaram
Daily I utter his name 100 times lest I get some thing under my clay head.
I don’t know today what he will do to make me mad and from skidding?
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Q1 What are some mind blowing facts from the animal kingdom?
G The Chevrotain is an animal that looks like a tiny deer with fangs.
KR A TIMID TRAGULIDAE GOPALAKRISHNAAN SO FAR HAD NOT SEEN IT AS IT IS
NOT FROM INDIA. GOPALA ALWAYS LEARNS FROM FOREIGN AND DOES NOT KNOW MUCCH
INDIA A HIGH FLYER DEPENDENT ON QUORA DIGEST CANNOT EVEN READ ALL BUT GO BY
FOOLISH DIGEST AFRICAN VEG ANIMAL IS FAR BETTER THAN GOPLA ANIMAL OF
INDIA is it not mind-blowing who can churn digest and abuses in tonnes
daily praying on my name?
G Cats can't taste sugar. They don't have sweet taste buds.
KR leave the cat; what are the taste buds of 80+ Gopala? If Narayanasamy
is not provoked by this fool, this Gopala animal who has no buds and guts
to print good content, would have slept in a corner. Mind blowing how is he
able to do every minute?
G Pigeons are capable of doing math at a similar level to monkeys.
KR Gopala did not go beyond LKG so he will not analyse before
writing. Fist Monkey maths and then Pigeon Maths; did he know about them?
1 One area where monkeys have been involved in mathematical research is
in the study of cognitive abilities and numerical understanding. Scientists
have conducted experiments to assess monkeys' abilities to comprehend
numerical concepts, such as quantity discrimination and simple arithmetic
operations. These studies have provided insights into the evolution of
numerical cognition and the neural mechanisms underlying mathematical
abilities. For example, researchers have trained monkeys to perform tasks
involving comparisons of quantities or numerical symbols. By observing
their behaviour and neural activity, scientists have gained insights into
how monkeys perceive and process numerical information. These studies have
revealed that monkeys possess rudimentary numerical abilities and can
discriminate between different quantities, albeit not as advanced as those
of humans. (They don’t take any maths class for Gopala same tribe)
Additionally, monkeys have been used as models to study decision-making
processes in mathematical contexts. By analysing monkeys' choices in
decision-making tasks involving probabilistic outcomes or economic
trade-offs, researchers can gain insights into the neural mechanisms
underlying human decision-making and rational behaviour. So, monkeys are
not maths professors.
2 Pigeons may seem like unlikely candidates for mathematical studies,
but they've actually played a role in some intriguing research on cognitive
abilities, including mathematical cognition. One famous experiment
conducted by psychologist B.F. Skinner in the mid-20th century
involved training
pigeons to recognize and respond to various visual stimuli, including
numerical symbols. In one variation of the experiment, pigeons were
presented with a screen displaying a series of dots, and they were trained
to peck at the screen to indicate the number of dots they saw. This
demonstrated that pigeons could learn to discriminate between different
quantities, suggesting some basic numerical cognition. Later studies
expanded on this research, exploring pigeons' abilities in more complex
mathematical tasks. For example, researchers have trained pigeons to
perform tasks involving numerical ordering, addition, and even rudimentary
counting. While pigeons obviously don't have the same mathematical
abilities as humans, these studies indicate that they possess some level of
numerical cognition and can learn to make simple mathematical distinctions.
The significance of these experiments lies not just in what pigeons can do,
but in what they reveal about the evolution of cognitive abilities. By
studying the basic numerical skills of pigeons and other non-human animals,
researchers gain insights into the origins and development of mathematical
cognition in the animal kingdom. This research helps us understand the
cognitive processes that underlie mathematical thinking and may inform our
understanding of how mathematical abilities evolved in humans.
3 So Gopala who does not know the kili Josiam where parrot pulls cards,
well trained, had gone aghast with foreign data , unaware of what exactly
is that and thus MIND BLOWING Why not we try Gopala also?
-------------------------------------
G Baby Elephants suck their trunks for comfort.
KR Thumb sucking is kid habits and Gopala likes it. Sigmund Freud on
thumb sucking parallel to elephant trunk sucking is:” Sigmund Freud, the
founder of psychoanalysis, discussed thumb sucking as a form of infantile
behaviour in his psychosexual theory of development. According to Freud's
theory, thumb sucking is considered a normal and natural behaviour during
the oral stage of psychosexual development, which occurs from birth to
around 18 months of age. During the oral stage, Freud proposed that infants
derive pleasure and satisfaction from oral stimulation, such as sucking on
a thumb or pacifier. He believed that this behaviour served as a way for
infants to gratify their instinctual needs, particularly their desire for
nourishment and comfort. Freud suggested that thumb sucking could become a
source of conflict and fixation if it persists beyond the oral stage and
into later stages of development. He theorized that unresolved conflicts or
frustrations during the oral stage could lead to oral fixation,
characterized by behaviours such as excessive thumb sucking, nail-biting,
or overeating in adulthood. However, it's important to note that Freud's
theories have been subject to criticism and revision over time, and modern
psychologists and researchers have developed alternative perspectives on
infant development. While some aspects of Freud's ideas on thumb sucking
may still hold relevance in understanding early childhood behaviour,
contemporary psychologists emphasize a broader range of factors, including
social, environmental, and cultural influences, in shaping children's
development and behaviour.
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G Flamingos are naturally white—their diet of brine shrimp and algae
turns them pink.
KR Problem of Gopala is due to age and sleep; waiting for end of the
day towards escaping process from me and for a pat from Sekar as some
response CPied ; so he does not know anything about the science of the
subject he is writing; it is not white Flamingo but even if it is black
gorilla, the colour change can be detected. Mind blown only to Gopala and
not for the read well. “1 Brine shrimp, also known as Artemia, and certain
species of algae can turn pink due to the presence of a pigment called
astaxanthin.
Astaxanthin is a carotenoid pigment that gives these organisms their
characteristic pink or reddish coloration.2 Brine shrimp are known to feed
on microalgae in their natural habitat, and certain species of microalgae
contain high levels of astaxanthin. When brine shrimp consume these algae,
they accumulate astaxanthin in their bodies, resulting in their pink
coloration.3 Astaxanthin acts as an antioxidant and is believed to provide
various health benefits to organisms that consume it, including enhanced
immune function and improved reproductive success.4 In aquaculture,
astaxanthin is often added to the diet of farmed shrimp and fish to enhance
their coloration and nutritional value for *consumers.* This practice is
especially common in the production of salmon, where astaxanthin
supplementation helps to achieve the characteristic pink coloration of
their flesh. Nothing wrong in writing subjects but one can learn and then
write so that no mind blowing as happens to Gopala occur.
------------------------------------------------------
G Frogs can freeze without dying.
KR Not all frogs and not only frog family Mind blowing Now read and
educate Gopala:
“Several species of animals have developed remarkable adaptations to
survive freezing temperatures. These adaptations allow them to enter a
state of suspended animation or tolerate the formation of ice crystals in
their bodies without causing lethal damage. Some examples include:
Wood Frog (Rana sylvatica): Found in North America, wood frogs are known
for their ability to survive freezing temperatures during winter. When
temperatures drop, these frogs accumulate high concentrations of glucose
and other cryoprotectants in their tissues, which act as antifreeze agents.
This prevents the formation of ice crystals within their cells, allowing
them to endure freezing conditions. The frogs essentially freeze solid but
can thaw and resume normal activity when temperatures rise.
Arctic Tardigrades (Water Bears): Tardigrades are microscopic animals found
in a variety of environments, including extreme cold regions like the
Arctic. Some tardigrade species can survive freezing temperatures by
entering a state called cryptobiosis, during which their metabolic
processes halt, and they become almost completely dehydrated. In this
state, tardigrades can withstand temperatures close to absolute zero and
survive exposure to vacuum, radiation, and other extreme conditions.
Goldenrod Gall Fly (Eurosta solidaginis): The larvae of the goldenrod gall
fly are capable of surviving freezing temperatures during winter. They
overwinter within goldenrod plants, where they induce the formation of
galls (abnormal growths) that provide protection from the cold. The larvae
produce glycerol, a natural antifreeze compound, which prevents ice
formation within their bodies and allows them to survive freezing
temperatures.
Antarctic Nematodes: Nematodes, or roundworms, found in Antarctica have
adapted to survive freezing temperatures by producing cryoprotectants and
entering a state of suspended animation when temperatures drop. Some
species of Antarctic nematodes can survive being frozen solid for years and
resume normal activity when conditions improve.
These examples demonstrate the remarkable adaptations that certain animals
have evolved to survive extreme cold and freezing temperatures. By
employing strategies such as cryoprotectant production, metabolic
suppression, and cryptobiosis, these animals can endure harsh environmental
conditions that would be lethal to most other organisms.” And its OK
Have you seen all of them sir?
G Koalas sleep up to 22 hours a day.
KR Have you seen that in Australia sir? Many more creations do that
as a trick for adaptations and they are:” Several animals are known for
their extended periods of sleep, which can sometimes be quite long compared
to humans. Here are a few examples:
Bats: Many species of bats are nocturnal and spend the daylight hours
roosting and sleeping. They typically sleep for long periods, often hanging
upside down in caves or trees. Some species, like the little brown bat, can
sleep for up to 20 hours per day, though the exact amount of sleep varies
depending on factors such as species, environmental conditions, and
reproductive status.
Koalas: Koalas are marsupials native to Australia known for their lengthy
periods of sleep. They spend most of their time sleeping, often up to 18 to
22 hours per day. Koalas have a low metabolic rate and digest their fibrous
diet of eucalyptus leaves slowly, which contributes to their need for
extensive rest.
Sloths: Sloths are famous for their leisurely lifestyle and are among the
slowest-moving animals on Earth. They spend the majority of their time
sleeping or resting, sometimes up to 15 to 20 hours per day. Sloths have a
low metabolic rate and energy-conserving adaptations, which allow them to
thrive on a diet of leaves and conserve energy through extended periods of
sleep.
Giant Pandas: Giant pandas are known for their bamboo-based diet and spend
much of their time eating and resting. They typically sleep for 10 to 16
hours per day, with variations depending on factors such as age, health,
and environmental conditions.
African Elephants: Elephants are large mammals that require significant
amounts of rest to support their massive bodies. While they don't sleep for
extended periods continuously, they have been observed resting for several
hours each day, often in a standing or lying position. Elephants typically
rest for around 4 to 6 hours per day, with short periods of sleep
interspersed throughout.
These animals have evolved various adaptations to support their lifestyles,
including
sleeping for extended periods to conserve energy, digest food, and regulate
body temperature. Their sleep patterns are influenced by factors such as
diet, habitat, and predators, and they have developed strategies to ensure
they get the rest they need to survive and thrive in their environments.
NB: This is Nth time; when will be N+! sir?
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G Reindeer eyes turn blue in the winter.
KR Mind blowing facts are so many specie have that and Gopala mind
blown towards one which he did not even known so far. Several animals have
the remarkable ability to change the color of their eyes or other body
parts for various reasons, including camouflage, communication, and
thermoregulation. Here are a few examples:
Chameleons: Chameleons are perhaps the most well-known for their ability to
change the color of their skin. While this is primarily for camouflage and
communication, they can also change the color of their eyes. The changes in
color are due to specialized cells called chromatophores, which contain
pigments that can expand or contract to reveal different colors.
Cuttlefish and Octopuses: Cuttlefish and octopuses are cephalopods known
for their remarkable camouflage abilities. They can rapidly change the
color, pattern, and texture of their skin to blend in with their
surroundings or communicate with other individuals. Both cuttlefish and
octopuses can also change the color of their eyes, which helps them in
hunting and signaling.
Arctic Foxes: Arctic foxes change the color of their fur with the seasons
to blend in with their environment. During winter, their fur is white to
camouflage in the snow, while it turns brown or gray in summer to match the
tundra landscape. This color change helps them remain hidden from predators
and prey.
Mantis Shrimp: Mantis shrimp, also known as stomatopods, have complex eyes
with a wide range of photoreceptors, allowing them to see polarized light
and a broad spectrum of colors. Some species of mantis shrimp can change
the coloration of their bodies, particularly when communicating or during
aggressive displays.
Fiddler Crabs: Male fiddler crabs have one enlarged claw, which they use
for signalling to rivals and attracting mates. The colour of the claw can
change depending on their social status and reproductive condition, with
brighter colours often indicating dominance or readiness to mate.
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G Prairie Dogs say hello by kissing.
KR: Not only Prairie but all dogs including the street dogs sir; do
u have a dog pl observe Just now my 5th dog in my life is standing close to
me .” Dogs have their own unique way of communicating affection, which may
include behaviours that resemble kissing in humans. While dogs don't "kiss"
in the same way humans do, they do have behaviors that are considered
affectionate and are often interpreted as canine equivalents of kissing.
These behaviours may include:
Licking: Dogs often lick as a way to show affection towards their owners or
other dogs. While licking can have various meanings and motivations, such
as grooming, exploring, or communicating submission, it is commonly
interpreted as a sign of affection.
Nuzzling: Dogs may nuzzle or nuzzle their owners or other dogs as a way to
show affection and closeness. Nuzzling can involve pressing their muzzle
against their owner's face, neck, or body in a gentle and affectionate
manner.
Close physical contact: Dogs may seek out close physical contact with their
owners, such as leaning against them, sitting in their lap, or curling up
next to them. This behavior is often interpreted as a desire for closeness
and companionship.
Tail wagging: While not directly related to kissing, tail wagging is a
common sign of happiness and affection in dogs. A wagging tail accompanied
by other signs of relaxation, such as a relaxed body posture and soft eyes,
indicates that the dog is feeling content and affectionate.
Eye contact: Dogs may make eye contact
with their owners as a way to communicate affection and bond with them. A
soft gaze or "puppy eyes" can convey feelings of love and trust between a
dog and its owner. While these behaviours may resemble kissing { it is a
resemblance and not exactly as human so} in humans and are often
interpreted as signs of affection, it's essential to remember that dogs
have their own unique ways of expressing emotions and communicating with
each other and with humans. Understanding and respecting a dog's body
language and signals is crucial for building a strong bond and fostering a
healthy relationship between dogs and their owners.
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G Whitetail deer can sprint at speeds up to 30 miles per hour.
KR Erroneous data by Gopala; see the details sir:”
White-tailed deer (Odocoileus virginianus) are known for their agility and
speed, capable of reaching impressive velocities when fleeing from
predators or danger. However, deer species other than white-tailed deer
also exhibit remarkable running abilities. While exact speeds can vary
depending on factors such as age, health, terrain, and individual
differences, here are some estimated running speeds for different deer
species:
Mule Deer (Odocoileus hemionus): Mule deer, named for their large,
mule-like ears, are similar in size to white-tailed deer and are known for
their bounding gait when running. They can reach speeds of up to 45 miles
per hour (72 kilometers per hour) in short bursts, enabling them to escape
predators quickly.
Red Deer (Cervus elaphus): Red deer, native to Europe, Asia, and parts of
North Africa, are among the largest deer species. While specific running
speeds for red deer may vary, they are known to run at speeds comparable to
mule deer and white-tailed deer, reaching up to 40-45 miles per hour (64-72
kilometers per hour).
Roe Deer (Capreolus capreolus): Roe deer are smaller than mule deer and
white-tailed deer, but they are still agile runners capable of reaching
impressive speeds. They can run at speeds of up to 30-35 miles per hour
(48-56 kilometers per hour) when fleeing from predators or danger.
Sika Deer (Cervus nippon): Sika deer, native to East Asia, are known for
their adaptability and agility. While exact running speeds may vary, sika
deer can run at speeds comparable to other deer species, reaching up to
30-40 miles per hour (48-64 kilometers per hour) in short bursts.
These estimated running speeds are based on observations and studies of
deer behavior in their natural habitats. It's important to note that
running speeds can vary depending on various factors, and these estimates
provide a general idea of the running abilities of different deer species.
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G All clown fish are born male—some turn female to enable mating.
KR The phenomenon you're referring to is called protandry, and it's
observed in certain species of fish, particularly sequential
hermaphrodites. Protandry refers to a reproductive strategy where
individuals start their lives as males and then transition into females
later in life. This transition can occur in response to social cues,
environmental factors, or changes in reproductive opportunities within a
population. One well-known example of protandry is seen in some species of
reef fish, such as groupers and wrasses. In these species, individuals
typically begin their lives as males and later transition into females as
they grow larger and more dominant within their social hierarchy. This
transition allows them to maximize their reproductive success by first
investing in sperm production as males and later producing eggs as females.
The transition from male to female often involves changes in behaviour,
morphology, and physiology, including alterations in reproductive organs
and secondary sexual characteristics. This reproductive strategy has
evolved as an adaptation to optimize reproductive success in species where
access to mates or resources may be limited. It's important to note that
not all species exhibit protandry, and the specific triggers and mechanisms
underlying sex change can vary among different taxa. However, in species
where protandry occurs, it represents a fascinating example of the
diversity of reproductive strategies found in the animal kingdom.
Clownfish (Amphiprionidae): Clownfish, famous for their
association with sea anemones, are protandrous sequential hermaphrodites.
In a group of clownfish, the largest and most dominant individual is
typically the female, while the others are males. If the female dies, the
largest male will undergo a sex change and become the new female, with one
of the remaining males transitioning to become the new dominant male.
Wrasse (Labridae): Many species of wrasse are protandrous, with individuals
starting as males and transitioning to females later in life. This
transition often occurs in response to changes in social dynamics within a
group or population. The California sheephead (Semicossyphus pulcher) is
one example of a protandrous wrasse species.
Grouper (Serranidae): Several species of grouper exhibit protandry,
including the Nassau grouper (Epinephelus striatus) and the Gag grouper
(Mycteroperca microlepis). These large, predatory fish typically begin
their lives as males and may transition to females as they grow larger and
older.
Parrotfish (Scaridae): Parrotfish are known for their vibrant colors and
distinctive beak-like jaws. Many species of parrotfish are protandrous,
with individuals starting as males and changing sex to become females later
in life. This sex change often occurs in response to social cues or changes
in the availability of mates.
Anemonefish (Pomacentridae): In addition to clownfish, other species of
anemonefish also exhibit protandry. Like clownfish, anemonefish live in
social groups where the dominant individual is typically the female, and
the others are males. If the female dies, the largest male will change sex
and become the new female.
So many specie on this earth to list further.
--------------------------------------------------------------------
G Anteaters don’t have teeth.
KR Many are there A few for samples toothless:
Baleen Whales: Baleen whales, such as the blue whale, humpback whale, and
gray whale, are toothless and instead have baleen plates in their mouths.
These baleen plates are made of keratin, the same material found in human
hair and nails, and are used to filter small prey, such as krill and small
fish, from the water.
Anteaters: Anteaters, including the giant anteater, tamandua, and silky
anteater, are toothless mammals that feed primarily on ants, termites, and
other insects. Instead of teeth, they have long, sticky tongues that they
use to capture their prey, along with strong claws for tearing open insect
nests.
Pangolins: Pangolins are toothless mammals covered in protective scales
made of keratin. They feed primarily on ants and termites, which they
capture using their long, sticky tongues. Pangolins have specialized
toothless jaws with keratinous spines that help them grind up their insect
prey.
Birds: While most birds have beaks with keratinized structures that
function similarly to teeth, some species have evolved to be essentially
toothless. For example, the common ostrich has a toothless beak adapted for
pecking and grazing, while birds of prey like vultures and owls have sharp,
curved beaks for tearing flesh.
Sea Turtles: Sea turtles are primarily herbivorous or carnivorous,
depending on the species, but they lack teeth. Instead, they have sharp,
serrated jaws adapted for crushing and tearing their food. Green sea
turtles, for example, are herbivores that feed on seagrasses and algae,
while loggerhead sea turtles are carnivores that feed on jellyfish,
crustaceans, and mollusks.
-----------------------------------------------------------
G Crocodiles can grow for more than 30 years
KR animals known for their ability to grow longer in years:
Giant Tortoises: Giant tortoises, such as the Galápagos tortoise and the
Aldabra giant tortoise, are among the longest-lived animals on Earth. These
reptiles have slow growth rates and can continue to grow throughout much of
their lives, with some individuals living for over a century. As they age,
giant tortoises can reach enormous sizes, with some individuals exceeding 5
feet (1.5 meters) in length and weighing hundreds of pounds.
Bowhead Whales: Bowhead whales are known for their long lifespans and slow
growth rates. These large baleen whales can live for over 200 years and
continue to grow throughout much of their lives. Bowhead whales are among
the longest-lived mammals, and their impressive longevity allows them to
reach lengths of up to 60 feet (18 meters) as adults.
Alligators and Crocodiles: Alligators and crocodiles are semi-aquatic
reptiles known for their longevity and slow growth rates. These predators
can continue to grow throughout their lives, with some individuals reaching
lengths of over 15 feet (4.5 meters) or more. The largest species, such as
the saltwater crocodile and the Nile crocodile, are capable of growing even
longer.
Lobsters: Lobsters are crustaceans known for their ability to grow
continuously throughout their lives. Unlike many other animals, lobsters do
not exhibit senescence, or a decline in physiological function with age.
Instead, they continue to grow larger and more robust as they age, with
some individuals reaching lengths of over 3 feet (1 meter) and weighing
more than 40 pounds (18 kilograms).
Giant Salamanders: Giant salamanders, such as the Chinese giant salamander
and the Japanese giant salamander, are among the largest amphibians in the
world. These aquatic creatures have slow growth rates and can continue to
grow throughout much of their lives. Some individuals have been recorded at
lengths of over 5 feet (1.5 meters) and weights of over 100 pounds (45
kilograms).
These are just a few examples of animals known for their ability to grow
longer in years. In general, animals with indeterminate growth continue to
grow throughout much of their lives, allowing them to reach impressive
sizes as they age.
------------------------------------------------------------------
G Squirrels take the orphaned pups to their late family members.
KR WRONG. Squirrels don't typically exhibit behaviours like taking
in orphaned pups from unrelated families. While some animals, like certain
species of birds or mammals, may engage in behaviours such as adopting
orphaned young or caring for offspring from other families, squirrels
generally do not exhibit this behaviour. Squirrels are solitary or
semi-solitary animals that typically live alone or in small family groups.
They may display altruistic behaviours towards their own offspring or other
members of their family group, but they are unlikely to care for unrelated
orphaned pups. Instead, orphaned squirrel pups are often left to fend for
themselves or may be cared for by wildlife rehabilitators if found and
rescued by humans. It's important to remember that animal behaviour can
vary widely among different species and individuals within a species. While
some animals may exhibit altruistic behaviours towards unrelated
individuals, this behaviour is less common in species like squirrels that
are primarily focused on their own survival and reproduction. [science
today]
G Snow leopards don’t roar
KR True
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Q4 Why do the greatest ideas never get used?
KR Theology man should have answered pre fixed Karma. END Didn’t I
tell you already?
Q5 What annoys you?
G My note- I recollected a member when I included this QA. Friends, you
can think yourself about the very special type of member.
KR Before everything, G is always annoyed because he has no brain to
think. And how can his annoyance be selective so as to GRUMBLE BUT ONLY
CRUMBLE?
2 A person of a nation would write from his nation only; but avivekis
do it as CP mode only; they are symbolically named as an ANGLO-INDIANS.
Gopala cracks many jokes and one of the recent to sekar is : without his
provocation somebody hit him hard; best joke of the year; I have a lot of
work to do unlike him CPied Quora under the wrong banner compiler. And
Sekar wrote one; and there is another one where a hotel owner will write a
tamil board; and because of comments one by one, finally the board would
become blank. Ananda vikatan long ago; I don’t remember fully. A fellow who
has to travel outside India even for jokes and data, shall zip his mouth
and shut the holes.
KR IRS 24424
On Wed, 24 Apr 2024 at 01:53, 'gopala krishnan' via iyer123 <
[email protected]> wrote:
> *CULTURAL QA 04-2024-24*
> *Dear friends,*
>
> *All the BELOW QA are from Quora digest to me on 24-04-2024.*
>
> * Quora answers need not be 100% correct answers *
>
>
> *I request the members to ignore the responses of Mr Rajaram containing
> personal attacks and abuses on me. *
>
> *.Compiled **and posted by R. Gopala krishnan, on 24-04-2024*
>
> *Q1 What are some mind blowing facts from the animal kingdom?*
>
> *A1 Braylen Scott,Self Employed 4y*
>
> *The Chevrotain is an animal that looks like a tiny deer with fangs.*
>
> *Cats can't taste sugar. They don't have sweet taste buds.*
>
> * Pigeons are capable of doing math at a similar level to monkeys.*
>
> *Baby Elephants suck their trunks for comfort.*
>
> * Flamingos are naturally white—their diet of brine shrimp and algae turns
> them pink.*
>
> *Frogs can freeze without dying.*
>
> *Koalas sleep up to 22 hours a day.*
>
> *Reindeer eyes turn blue in the winter.*
>
> *Prairie Dogs say hello by kissing.*
>
> * Whitetail deer can sprint at speeds up to 30 miles per hour.*
>
> * All clown fish are born male—some turn female to enable mating.*
>
> * Anteaters don’t have teeth.*
>
>
>
> * Crocodiles can grow for more than 30 years*
>
> * Squirrels take the orphaned pups to their late family members.*
>
> * Snow leopards don’t roar*
>
> *Q2 What are some clean jokes?*
>
> *A2 Smita Tiwari, Sun*
>
> *What should be written on a dentist’s grave? → This is the last cavity he
> filled:)*
>
> *Why did caveman draw pictures of the hippopotamus and rhinoceroses on
> their wall? → Because they couldn’t spell the animals’ names:)*
>
> *What do you call two spiders that just got married → Newly webs:)*
>
> *How does bees go to school→ On the school buzz:)*
>
> *What two things can you not have for breakfast→ Lunch and dinner:)*
>
> *What did the Atlantic Ocean say to the Pacific Ocean? → Nothing, it just
> waved:)*
>
> *What did one Math book say to another Math book? → I have got a lot of
> problems:)*
>
> *What did one broom say to another? → “Have you heard the latest dirt?”*
>
> *Why didn’t the duck doctor have any patients? →Everyone knew he was a
> quack:)*
>
> *What do planets read→ Comet books:)*
>
> *DOCTOR: You need new glasses….*
>
> *PATIENT: How do you know? I haven’t told you what’s wrong with me yet….*
>
> *DOCTOR: I could tell as soon as you walked in through the window.*
>
>
> *Q3 what is the news item-Shocked Doctors Remove 30 Pounds Of Poop
> Built Up For 22 Years*
>
> *A3 Izak Noman,Dec 5*
>
> *Shocked Doctors Remove 30 Pounds Of Poop Built Up For 22 YearsIn a
> shocking revelation that left medical professionals stunned, doctors
> recently removed a staggering 30 pounds of feces that had been accumulating
> in a patient's colon for an astonishing 22 years. The bizarre case came to
> light when Dr. David Rosenfeld, a colorectal surgery specialist in Thousand
> Oaks, California, shared the details on the popular medical show, “The
> Doctors.” »*
>
> *Dr. Rosenfeld, along with his colleagues, expressed their bewilderment at
> the sheer magnitude of the fecal buildup and marveled at the patient's
> miraculous survival. The surgery was a life-saving intervention, preventing
> a potential catastrophe as the colon was at risk of rupturing at any
> moment.*
>
> *The patient, it turns out, had been living with a congenital defect known
> as Hirschsprung's disease—a condition where some nerve cells are missing in
> the large intestine, causing a significant delay in stool progression.*
>
> *Q4 Why do the greatest ideas never get used?*
>
> *A4 Benjamin Murphy , Doctorate in Philosophical Theology
> from Oxford2y*
>
> *During the Cuban Missile Crisis, President Kennedy told his advisors
> “Those of you whose suggestions I don’t follow will be the lucky ones.”
> What he meant was that whatever plan of action he followed, there were
> bound to be some bad consequences, and it would then be very easy for
> anyone who had proposed a different plan to sound wise by saying “I told
> him that wouldn’t work out well. If only he’d followed my advice, we would
> have avoided all that…”*
>
> *I am aware that there are lots of great ideas that were ignored for too
> long, and I’m sure there are lots of great ideas that are being ignored
> right now for all sorts of reasons. But in considering the question, it is
> important to bear in mind that if an idea is never used, then it is all too
> easy for people who like the idea to imagine that if it had been used,
> everything would have been perfect. Lots of ideas that seem great have
> unexpected consequences, and if an idea is never used, we never know for
> sure what unexpected consequences it would have had.*
>
>
> *Q5 What annoys you?*
>
> *A5 Krishna Suryakanth, Mentor at Life and Living
> (2022–present)Mar 28*
>
> *A company gives me an order to make female and male washroom boards. Easy
> task. I come up with this.(Male in pants and female with churidar set.*
>
> *Comment 1: You are stereotyping women. Not all women wear skirt.*
>
> *So I come up with written text. Writing small boards in English*
>
> *Comment 2: You think everyone knows English?*
>
> *So I come up with Hindi and other local languages.*
>
> *Comment 3: You think everyone is literate?*
>
> *So I come up with just colours. Pink for woman and blue for men.*
>
> *Comment 4: what would a colour blind do?*
>
> *So I draw male and female reproductive parts in frustration.*
>
> *Comment 5: There are female with male body. Stop this anti-lgbt
> propaganda.*
>
> *So I just draw a man standing and peeing and a woman sitting and peeing.*
>
> *Comment 6: what if the person is blind. You are anti-blind.*
>
> *I put up two loudspeakers to announce that welcome to male and female
> toilets.*
>
> *Comment 7: what if the person is deaf.*
>
>
> *If you are a writer on quora, you might have experienced this annoying
> thing. Correction is the best thing. Many correct me and I upvote it. But
> there are many who want to show how knowledgeable, how smart they are and
> end up showing how dumb they are. *
>
> *Call me whatever you want. These are best symbols.(Men wearing Pants and
> women in Churidar. *
>
> *Don’t insert your issue everywhere it can cause harm.*
>
> *My note- I recollected a member when I included this QA. Friends, you can
> think yourself about the very special type of member.*
>
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