The position of the particle at time t is given by s(t) = t2 – 9t + 8. The particle is rest at seconds. t = O 9 4.5 O 7.5 15

Q: Evaluate. [(122 - 9x 2) dx S(122 - 9x +2) . (Use C as the arbitrary constant.) dx =

A:

Q: x=t(e²¹

A: We have x=te2t+4

Q: L(cos3t) = S .a O s²+9 S .b O s+9 s2 –9 3 s2+9

A:

Q: Solve Ja-yi ) dy

A:

Q: Solve for Z. X= (Y-Z) 3

A: Given: X=23Y-Z We have to solve for Z.

Q: The displacement (in meters) of a particle moving in a straight line is given by s = t? – 3t + 10…

A:

Q: The position of the particle at time t is given by s(t) = t² – 12t + 15. The particle is rest at t =…

A: Explanation of the answer is as follows

Q: 5. Solve for x. Round off to two decimal places. (Just type the value.) In Vx +3 = 1

A:

Q: Differentiate. y = (r2 – 4r)e" %3D

A: Given,            y = r2 - 4r er

Q: the Pollowing D.E So Ve 3メ 12 X +3 =e |

A:

Q: Refer to the given table below. Solve for the unknown data from (a) to (j) Please show complete…

A: Average is the ratio of sum of data values to the total number of data values…

Q: . Solve the first order equation (3z²y + 2ry)dx + (x³ + x² + 2y)dy = 0.

A: Solution

Q: Evaluate s = Σ₂2ne-(jnπ/4). 1

A:

Q: K← Integrate. Sxsin (8-5x²) dx=+C

A: To solve the following

Q: The position of the particle at time t is given by s(t) = t2 – 24t + 63. The particle is rest at t =…

A:

Q: Calaculate the following (3x² + 9xy + 5y²) dx – (6x² + 4xy) dy = 0, y(2) =-6.

A:

Q: Vt3 e-st dt 4s2

A: Explanation of the answer is as follows