Answer:
The additive inverse of given expression is .
Step-by-step explanation:
The given polynomial is
Let a be any number and b is its additive inverse, then
The value of b is equal to -a. It means the additive inverse of a is -a.
The additive inverse of given expression is
Therefore the additive inverse of given expression is .
Answer:
7,228,202%
Step-by-step explanation:
Population at first census in 1979 was 3929
If the Population had increased to 284,000,000 by 2000, the population increase will be;
284,000,000-3929
= 283,996,071
%increase in population = increment/initial population×100%
= 283,996,071/3929×100%
= 7,228,202%
This means that the population has increased by 7,228,202%
If |x| > 5, then x > 5 is true.
If the absolute value of x, denoted |x|, is greater than 5, then x must be either greater than 5 or less than -5. This is because the absolute value of a number is its distance from zero on the number line, so any number that is more than 5 units away from zero will be greater than 5 or less than -5.
In this case, we are looking for x to be greater than 5, so the statement x > 5 is true.
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M'(-4,1), A'(2,-2), T'(5, 3)
Answer:
Reflection over both y and x axes
Step-by-step explanation:
So we can see that all points have become their negative. If this only applied to x coordinates, this would have been a relfection over the y axis. If it only applied to x, it would be a reflection over the x. But since it applies to both, the answer is that it was a reflection over both axes.
Answer:
Rotation
Step-by-step explanation:
See below. Hope it helps:)
Based on the survey figures by Micah of the college students who could drive, we can infer that Michah's conclusion is not correct.
Out of 60 college students surveyed, only 30 said they could drive. This means that only 50% could drive:
= 30 / 60
= 50%
A 50% relative frequency is not good enough to make the conclusion that one is more likely to drive in college. Rather it means that they are equally likely to drive or not to drive.
Find out more on relative frequency at brainly.com/question/3857836.
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