16 packs would need to be bought for 64 toilet rolls :)
To find five-sixths of sixty, you would first calculate one-sixth of sixty by dividing 60 by 6, which equals 10. Then, you would multiply 10 by 5 to find five-sixths of sixty. Therefore, five-sixths of sixty is 50.
.060
The decimal would be .60.
Sixty-five and five tenths.
That is written 963,000.00, but if you mean nine hundred sixty three thousandths (with the 'ths' at the end) then it would be written .963
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Would you prefer to learn more about toilet maintenance or how to unclog a toilet?
They can gnaw on them, but they can't live on them.
The processes of toilet repair would depend on a few factors. They would include whether one would want to repair the tank or the seat, the type of toilet, and the issue with the toilet.
the toilet would come when you need it. The toilet would probably be no different in the future than it is today. It would be a device used to eliminate waste.
Just think of what can be pronounced. Sixty-secondth can't be said. Sixty-second is easy. 62nd it is.
it would be impossible unless you had a toilet bigger than you!
Assuming you mean each roll has 25 coins, 90 rolls would be $112.50.
no because the alphas would fight to join the packs until one leader is left
This would depend on what brand of toilet paper it was.
To say "toilet" in Māori, you would use the word "tioata."
Any amount of mass, if sufficient enough will stop a bullet. One or two layers of TP will not stop a bullet. A single roll of TP likely won't either. But, if you were to have several (maybe 20-1000) rolls, eventually a bullet will transfer all of its kinetic energy to the previous rolls of TP and run out of energy. How many rolls (the thickness) that would be needed depends on the bullet's size, velocity, composition, etc....