Showing posts with label chips. Show all posts
Showing posts with label chips. Show all posts

Kitten Loves French Fries - levity!

Cat kitten eats McDonald's (Macdonalds, Macca's) french fries, chips.
Kitty cat eating chips
"My Master says Fries are good for me."
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Australian Blog
 Adventure Australia
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FRENCH FRIES ARE CAT FOOD
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Kentucky Fried Chicken Gets Smaller

If you buy a meal from Kentucky Fried Chicken in Australia expect to pay more, because you will. KFC has redesigned its packaging. The fried chips, for example, are now in a brightly colored box. Turn the box upside down and you will see that the rectangular base is smaller. And get this - the chips are cut smaller as well!

A few months ago something else happened. The action was a bit underhanded and unannounced. The cups that the mashed potato and coleslaw come in are now a bit smaller. This is a major downsizing. In other words it is a price rise done in disregard for the intelligence of customers. We are not stupid Mr KFC.

The takeaway market place treats customers as cash cows. Australians are used to being told lies. McDonalds has the audacity to call its hamburger a Big Mac when the roll is not even an average size roll. It is a mini-roll by anyone's standards.

Hungry Jack's (Burger King in the U.S.) offers small size meals at a cut price. However, since this began the price of standard size meals has increased steadily. It is an ongoing price rise. The normal size meals used to be a little more than $6.00: now they are close to $10.00. Recently the small meals went up by $0.50.

We all know that take away chains make most of their profit from the sale of soft drink. Some food lines run at a loss, but this is the reality of the market place. There is competition out there. The least we can expect is that they are honest with customers. Unfortunately they are not.
Society by Ty Buchanan
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Cat Chips

"Who ate all the French fries.?"
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Tiny Phosphorus Wires Means Computers Can Be Smaller

Moore's Law can still be valid. Computer power can continue to double every two years. As the diameter of "wires" in semiconductors get smaller resistance to electrical flow increases. This was thought to be a real barrier to improving computer chips.

A team of researchers from the University of Melbourne, University of NSW and Purdue University in the US have made wires from phosphorus only four atoms in diameter. The tiny wires are encased in silicon and conductivity is retained.

When the diameter of conventional wires is reduced, resistivity rises exponentially. This means that as computer power has doubled so resistance has doubled. The conductivity in current computers is very poor. Silicon on the surface of the new phosphorus wire isolates it from the general environment, so the flow of electrons is unaffected and is not slowed down.

It will be some years before computer circuit boards can be made using the new technology. We are reaching the end-time for Moore's law, but the future holds the promise of smaller electronic devices.
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Computers