Because not all toothpicks and not all pencils are of a uniform size, the answer varies depending on the particular toothpick and particular pencil.
As an example, let's suppose that the pencil is 6 inches long, and that the toothpick is 2. The toothpick is, in this case, 2/6 the size of the pencil, or (reducing the fraction) 1/3 its size, which is approximately 33%.
If the length of each side of the bigger squares is x times the length of the side of the smaller square, then the area of the bigger square is x2 times the area of the smaller square.
To calculate the number of ways the letters in the word "pencil" can be rearranged, we first determine the total number of letters, which is 6. Since there are two repeated letters (the letter 'e'), we divide the total number of letters by the factorial of the number of times each repeated letter appears. This gives us 6! / 2! = 360 ways to rearrange the letters in the word "pencil."
77.50 times
175 times
12
ABout 17 times
Number of hunters. How big the habitat is. If there is a bigger habitat, many toothpick grasshoppers could survive. If there is a smaller area of habitat, many could die. Hunters can easily prey on grasshoppers when they easily can locate them in a smaller area. If they have smaller area of habitat, there would be limited food and resources for the toothpick grasshoppers.
it differs really on how much you use the pencil and how hard you use it.
10It is 10 times smaller.
3400/34 = 100 It is one hundred times smaller.
4 is 10 times smaller than 40.
9.98 is 100 times smaller than 998.
0.1 is 100 times smaller than 10.0
Get a calculator or a pencil and a piece of paper! The answer is 1.84
One thousand times smaller. Unless you are using the long scale when it is 1 million times smaller.
It is 100 times smaller because: 4500/45 = 100
It is nine times smaller.