Answer:
Step-by-step explanation:
Given: In a parallelogram ABCD, diagonals intersect at O and ar(ABCD) is .
We need to find the area of triangle AOB.
We know that each diagonal divide the parallelogram in two equal parts and diagonals bisect each other.
It means both diagonals divide the parallelogram in 4 equal parts.
Hence, the values of ar(AOB) is .
There is a really easy way to find this out I can't really help you so if you just look it up on google you should get your awnser
Answer:
-6x + 22
Step-by-step explanation:
Note: This problem doesn't have a sign between 2 and 16, we would have to assume it is addition since 16 is 16 positive.
First we have to do distributive property,
-4 x 3x = -12x and -4 x -1 = 4
The equation should look like this:
-12x+4 + 6x + 2 + 16
Then combine like terms meaning do -12x + 6x
The answer should be -6x
The equation: -6x + 4 + 2 + 16
Then solve 4+2+16 which should equal 22
The answer: -6x + 22
Simplified!
Answer:
15
Step-by-step explanation:
Answer: The answer is A. 11 x 10^21
Step-by-step explanation: