C++ *please don't handwrite codes*

The velocity of a particle which moves along a straight line is defined by:

V=3t² 12t 15 where V is velocity and t is time

We need to find the time at which the velocity is approximately zero. To do this:

1) Allow the user to enter a range of values for the time (starting value, ending value, and increment value).

2) Calculate the velocity over this range of time values. You must test the velocity each time to see if the velocity is close to zero (-1

3) When/if the program finds the velocity to be close to zero, the calculations should stop and a message stating the velocity is almost zero should be printed.

4) If the entire range of time values are used and the velocity never falls within the specified range, a message should be printed saying no zero values found.

5)Display in a table, the times and corresponding velocities for each execution.

Use a FOR loop for this program (you will also need to use one of our if blocks).

Use the following sample data to test your program:

RUN 1: Let time range from 10 to 10 in increments of .25