For the first one, it's (a^8b^6). For the second one, it's 81m^8n^20.
Answer: The measure of fourteenth angle is 120°.
Step-by-step explanation:
Since we have given that
Total number of angles in 14 gon = 14
Sum of measures of 13 angles = 2040°
As we know that sum of all angles in 14 gon would be

So, the measure of fourteenth angle would be

Hence, the measure of fourteenth angle is 120°.
You do 6/4, so the answer should be: 1.5 hours!
Answer
The apple is traveling at 8 meters per second
Explanation
We have the equation that relates the kinetic energy with the velocty:

Then, to find thevelocity when the apple has 32, we replace K = 32 j:

Thus, the speed of the apple is 8meter per second