Answer:
C) Divide both sides by 12; the solution is 45.
Step-by-step explanation:
Hope this helps got it right on Edge 2021
Answer:
1) The velocity at this time is of meters per second.
2) The velocity at this time is of meters per second.
Step-by-step explanation:
This question involves concepts of derivatives.
The velocity is the derivative of the position.
We use these following derivatives:
1) s = 1 + 9(cos t)
Find the body's speed at time t=pi/3 sec.
We have to find the derivative at . So
is a common angle, which has a sine of . So
The velocity at this time is of meters per second.
2) s = 12(sin t) - (cos t)
Find the body's velocity at time t=pi/4 sec.
We have to find the derivative at . So
is a common angle, which has both sine and cosine of . So
The velocity at this time is of meters per second.
Answer:
your answer would be 13
Step-by-step explanation:
The answer is 2 because it just is
Answer:
To solve this, we will need to use log properties. We know that subtracting two log equations gives us:
If log base 10 equals 2, we know that equals 100. We can solve this by:
= 100
5x³=100x²
x³= 20x²
x³-20x²=0
x²(x-20)=0
Thus, the answer is x=20.