Answer:A = $156.83
Step-by-step explanation:
Answer:
4.3 *10^3
Step-by-step explanation:
Answer:
a. mg/c b. 4. It is the speed the object approaches as time goes on.
Step-by-step explanation:
a. Calculate lim v as t→[infinity]
Since v = mg/c(1 - e^ -ct/m)
mg/c(1 - e^(-c(∞)/m))
mg/c(1 - e^(-∞/m))
mg/c(1 - e^(-∞))
mg/c(1 - 0)
mg/c(1)
mg/c
b. What is the meaning of this limit?
4. It is the speed the object approaches as time goes on.
This is because, since t → ∞ implies a long time after t = 0, the limit of v as t → ∞ implies the speed of the object after a long time. So, the limit of v as t → ∞ is the speed the object approaches as time goes on.
<u></u> corresponds to TR. correct option b.
<u>Step-by-step explanation:</u>
In the given parallelogram or rectangle , we have a diagonal RT . We need to find which side is in correspondence with side/Diagonal RT of parallelogram URST .
<u>Side TU:</u>
In triangle UTR , we see that TR is hypotenuse and is the longest side among UR & TU . So , TR can never be equal in length to UR & TU . So there's no correspondence of Side TU with RT.
<u>Side TR:</u>
Since, direction of sides are not mentioned here , we can say that TR & RT is parallel & equal to each other . So , TR is in correspondence with side/Diagonal RT of parallelogram URST .
<u>Side UR:</u>
In triangle UTR , we see that TR is hypotenuse and is the longest side among UR & TU . So , TR can never be equal in length to UR & TU . So there's no correspondence of Side UR with RT.
An exponential function is given by
Given two points, (m, n) and (p, q), we find the equation of the exponential function as follows:
From (1), we have:
Therefore, the equation of an exponential function given two points (m, n) and (p, q) is given by
[i.e. you can choose any set of points and substitute the values in the equation above to get the exponential equation]