d shown in the figure forces the pin P to move along theime t, the x-coordinate of P is given by x - 5t. At whavithout using the value of ay. (30 pts)da bomb at an clevation of 1000 m above the ground intendedund. If the plane was flying at velocity of 300 km/h, at whato hit the target? Wind velocity and atmosphenc pressure is noThis problem has b 2. The telescoping rod shown in Figure forces the pin P to movealong the fixed path 9y=x² where x and y are in inches. At any timet, the x coordinate of P is given by x=t²-5t. Determine the ycomponents of velocity and acceleration of P at x = 6in.

Solution: 1) Deriving the equation for acceleration in the x-axis Vx=dxdt=2t-5ax=dVdt=d2xdt2=2No…

2. The telescoping rod shown in Figure forces the pin P to move along the fixed path 9y=x² where x and y are in inches. At any time t, the x coordinate of P is given by x=t²-5t. Determine the y components of velocity and acceleration of P at x = 6in. %3D

2. The telescoping rod shown in Figure forces the pin P to move along the fixed path 9y=x² where x and y are in inches. At any time t, the x coordinate of P is given by x=t²-5t. Determine the y components of velocity and acceleration of P at x = 6in. %3D

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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