Thursday, May 14, 2015

What's The Difference In Dog's And Cats learning Abilities?

Well i investigated and researched and the first thing first is...
1: Cats Are Better Drinkers than Dogs.


A study conducted by Roman Stocker, an MIT professor and roommate of Cutta Cutta, a cat he rescued from a Boston animal shelter, has revealed a fascinating difference between the way cats and dogs drink liquid.
As it turns out, nature has designed kitties as more resourceful drinkers than their canine counterparts.
When a dog drinks water, she uses her tongue to scoop the liquid into her mouth. It’s an inefficient and downright sloppy method of hydration, as any dog owner can attest.
Cats, on the other hand, use a balance of gravity and inertia to get every last drop they lap into their mouths. Kitties use the tip of the tongue to pull water upward, and then know exactly when to close their jaws before gravity can return the liquid to the bowl.
This is truly a feat of speed and timing!
According to Professor Stocker in an interview with LiveScience:
"Perhaps the most intriguing part of what we found was that the cats seemed to know just exactly how rapidly or how fast they should lap. By lapping at the right time, [cats] take optimal advantage of this balance between inertia and gravity."     - ------
source : http://healthypets.mercola.com/sites/healthypets/archive/2011/01/04/differences-between-pet-cats-and-pet-dogs.aspx



Ten Interesting Differences Between Cats and Dogs

  1. Dogs can be trained quickly, some in a matter of minutes, to obey basic commands like ‘come' and ‘sit.'
  2. Most cats are difficult if not impossible to train to respond to directives.
  3. Cats can be housetrained in an instant as long as they have access to a litter box. There's really no training to it, in fact. It's instinct.
  4. Most dogs take considerably longer to housebreak, and some just never get all the way there. Unlike with Fluffy, housebreaking a pup is usually a hands-on, time intensive project.
  5. Dogs are social beings. They want to be with their pack, wherever their pack may be.
  6. Cats are solitary by comparison and their primary attachment (when forced to choose) is to their territory rather than other two or four-legged animals.
  7. Dogs have 42 teeth.
  8. Cats have 30.
  9. Cats can jump and climb, giving them more options when they need to hunt for food, or when they feel threatened.
  10. Dogs are earthbound, so they need their pack to hunt effectively. And when a threat triggers their fight-or-flight response, they are more likely to react with aggression because their ability to flee from a predator is limited.
  11. Dogs are scavenging carnivores, which means although they are primarily meat-eaters, if necessary they can survive on plant material alone (remember, surviving is different than thriving).
  12. Cats are obligate or strict carnivores. Kitties cannot sustain life without eating meat in some form.
  13. Dogs in the wild catch their prey by running it down. They are long distance runners, not sprinters.
  14. Cats creep up on their prey and catch it by surprise. They are sprinters, not distance runners.
  15. Cats cannot be fasted and should not be dieted down too quickly. Kitties don't efficiently burn fat reserves as an energy source. Instead, without food, their bodies break down non-fatty tissues for energy. This can lead to a life-threatening liver condition called hepatic lipidosis.
  16. Dogs are much better at using their fat reserves and can tolerate a lack of food for much longer than cats.
  17. Cats have retractable claws that stay sharp because they are protected inside the toes.
  18. Dogs claws are always extended and become blunt from constant contact with the ground when they walk.
  19. A dog's memory is only about five minutes long.
  20. Kitties can remember up to 16 hours.


How many megabytes does my brain have?

So , yes. I had my son ask me this question about three months ago.
It was very funny at them time and i didnt have the answer. So i have investigated and came up with this solution/answer. this is from : The answer here

In its latest taunts directed at South Korea, North Korea’s state-run media has called South Korean President Lee Myung-bak “human scum” and an “underwit with 2MB of knowledge.” How many megabytes should a human brain be able to store?


A lot more than two. Most computational neuroscientists tend to estimate human storage capacity somewhere between 10 terabytes and 100 terabytes, though the full spectrum of guesses ranges from 1 terabyte to 2.5 petabytes. (One terabyte is equal to about 1,000 gigabytes or about 1 million megabytes; a petabyte is about 1,000 terabytes.)
The math behind these estimates is fairly simple. The human brain contains roughly 100 billion neurons. Each of these neurons seems capable of making around 1,000 connections, representing about 1,000 potential synapses, which largely do the work of data storage. Multiply each of these 100 billion neurons by the approximately 1,000 connections it can make, and you get 100 trillion data points, or about 100 terabytes of information.
Neuroscientists are quick to admit that these calculations are very simplistic. First, this math assumes that each synapse stores about 1 byte of information, but this estimate may be too high or too low. Neuroscientists aren’t sure how many synapses transmit at just one strength versus at many different strengths. A synapse that transmits at only one strength can convey only one bit of information—“on” or “off,” 1 or 0. On the other hand, a synapse that can transmit at many different strengths can store several bits. Secondly, individual synapses aren’t completely independent. Sometimes it may take several synapses to convey just one piece of information. Depending on how often this is the case, the 10-to-100-terabytes estimate may be much too large. Other problems include the fact that some synapses seem to be used for processing, not storage (suggesting that the estimate may be too high), and the fact that there are support cells that might also store information (suggesting that the estimate may be too low).
Even if we accept that the storage capacity of the brain is between 10 and 100 terabytes, estimating how much of that space is “used space” versus “free space” is very difficult—the brain is simply much more complex than an external hard drive. Not only do some parts seem to be involved in many different memories at once, but this stored data is often being corrupted and even lost. One thing is certain: The notion that humans only use 10 percent of their brain is a myth—information may be stored in every part of the brain.
So how many megahertz does the brain run at? It may be best to say that the brain is a much more powerful machine made up of much slower processors. Each neuron seems to have a “clock speed” on the order of kilohertz, which are a million times slower than gigahertz. (A smartphone’s processor speed is around 1 gigahertz.) For this reason, computers are often much faster at completing specialized tasks, even though they can’t replicate all the varied functions of the human brain.
While futurists like Ray Kurzweil cite Moore’s law—the tendency of computers to become twice as powerful about every two years—to predict that we will be able to build computers more powerful than the human brain within the next two decades, it’s not clear that such a computer could be marketable. The brain is remarkably energy-efficient, running on about 12 watts—the electricity it takes to light some high-efficiency light bulbs. It would require so much energy to run a computer as powerful as the human brain—perhaps as much as “a gigawatt of power, the amount currently consumed by all of Washington, D.C.” —that it may be impractical.



SO TO ANSWER THIS QUESTION HE ASKED ME THE SHORT ANSWER IS ....: 1 million megabytes.

Lol. I thought it was funny at first but then realised it was a uniuqe question and decided to investigate and post the answer on here and tell him the answer as well. I hope this was interesting and fun for as it was me. Thank you. 



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