Multiply the small number by another small number and keep doing this until you get the big number but a quicker way would to just use a calculator.
You need numbers from the sides of the triangles. Take numbers from the corresponding (matching) sides, one number from the small triangle, and one number from the big triangle. Then divide the big number by the small number. The answer is the scale factor. Put another way, the scale factor is the number that multiplies the small triangle to create the large triangle.
Divide The Little Shape By The Big Shape ,
Every fraction that has the same number on top and bottom is equal to one whole. 1/2 is a half. 1/3 is a third. 1/4 is a quarter. 1/5 is a fifth, and so on...
110,000
you look at the big number first.
because you can not divide numerator (the small number) by the a denominator (the big number) like this: 12 < not this --- 12 divided by 7 5 7 < first this the answer is 1--- 7
how can you divide a mixed number
Divide the top number into the bottom number..when u get your ONE remainder (one you should only have one remainder don't keep going with the fraction or add a decimal) The top number is the big number to the side and the remainder is the numerator and the bottom is the dominater. And if it needs simplifying well simplify.
Add enough zeros so the smaller number becomes bigger than the bigger one. It's difficult to divide 50 into 4, but it's easier to divide 50 into 4.00
Multiply the small number by another small number and keep doing this until you get the big number but a quicker way would to just use a calculator.
um i would just divide really fast :p
First write a program to generate the prime number. After one prime number was generated, divide the big int number by the prime number. If the remainder is zero then quotient is the second prime number ( also it is important to check whether the quotient is prime number or not because sometimes you will get wrong answer). Repeat the process until you get the result.
Then the gradient or slope is a fraction. That is no big deal.
if its an equation then add the big numbers then add the fractions using like denominators afterwards simplify
It would've been better if you had some examples. There are infinite numbers of fractions
one hundred