Answer:
198.00
Step-by-step explanation:
I am not sure but I hope this helps some.
45 is my first choice answer
The answer to this is : 0.75 (.75)
Part A
Given that

Then,

For

, then

Thus,

For

, we have

Part B
Recall that from part A,

Now, at initial position, t = 0 and

, thus we have

and when the velocity drops to half its value,

and

Thus,

Thus, the distance the particle moved from its initial position to when its velocity drops to half its initial value is given by
Answer:

Step-by-step explanation:
Given
--- equation 1
--- equation 2
Required
Fill in the blank
A linear equation is represented as:

Where m represents the slope
If (1) and (2) are perpendicular, then:

In
--- equation 2

So, we have:



Hence, the complete equation is:
