A positive integer with more than two factors.
A positive integer with only two factors: one and the number itself.
Let L equal the larger of the two integers and S the smaller. Then L=2S. Also L-1/S=1/S. Starting with this second equation and solving for L results in L=2/S. Equating the two values of L produces 2/S=2S and 1/S=S. The solutions to this last equation are S=1 or S=-1. If L is to be the larger of the two integers, then S must equal 1 and L must equal 2.
0.80, 0.800. You can make more by adding 0's to the end of the number.
Because that it s harder to work out percentages than fractions and decimals
yes!!!! s far as i know
S-P interval means the integer minus the integer. The difference times nine.
A positive integer with more than two factors.
A positive integer with more than two factors.
A positive integer with only two factors: one and the number itself.
The integer S in SO2 stands for "sulfur." it is part of the chemical formula for sulfur dioxide, which is a compound consisting of one sulfur atom and two oxygen atoms.
Let L equal the larger of the two integers and S the smaller. Then L=2S. Also L-1/S=1/S. Starting with this second equation and solving for L results in L=2/S. Equating the two values of L produces 2/S=2S and 1/S=S. The solutions to this last equation are S=1 or S=-1. If L is to be the larger of the two integers, then S must equal 1 and L must equal 2.
s.. 9 is an integer but 9.a23 or any other decimal value isn't integerYes.
0.80, 0.800. You can make more by adding 0's to the end of the number.
Suppose A and B are two rational numbers. So A = p/q where p and q are integers and q > 0 and B = r/s where r and s are integers and s > 0. Then A - B = p/q - r/s = ps/qs - qr/qs = (ps - qr)/qs Now, p,q,r,s are integers so ps and qr are integers and so x = ps-qr is an integer and y = qs is an integer which is > 0 Thus A-B can be written as a ratio of two integers, x/y where y>0. Therefore, A-B is rational.
Because that it s harder to work out percentages than fractions and decimals
thousandths in decimals and whole #'s