0.64 can be rounded to 1 * * * * * But the greatest place value for a non-zero digit is the tenths.
The multiplicative inverse property is a property such that: a(1/a) = 1 where a is nonzero value. If a is a nonzero value, then the multiplicative inverse of a is 1/a.
What would be 159.45 if you round it to the greatest nonzero place
The value of any nonzero number raised to the zero power will equal positive one (1).
To the nearest ten, 70
It is 72.
0.64 can be rounded to 1 * * * * * But the greatest place value for a non-zero digit is the tenths.
The multiplicative inverse property is a property such that: a(1/a) = 1 where a is nonzero value. If a is a nonzero value, then the multiplicative inverse of a is 1/a.
What would be 159.45 if you round it to the greatest nonzero place
The value of any nonzero number raised to the zero power will equal positive one (1).
To the nearest ten, 70
The operation that will always have the result in value of 1 for any nonzero number is Inverse Operation of Multipication.
4841
It is 1.
A counter example is a disproving of an answer. The counterexample to this is basically your saying if you have two nonzero digits in the tenths place and subtract it, you'll always get a nonzero digit in the answer. but if you have 560.4 - 430.4, then you'll get 130.0. there is a zero in the tenths place. I just disproved that you will always get a nonzero digit in the tenths place. 4 - 4 = 0. the 4s represent the tenths place in each of the 4s in the problem. walah. :P
The absolute value is always positive.
It is seven tenths.