I WILL UPVOTE! Thank you so much in advance! 1. Tension force developed at the ropes (lb). 2. Acceleration of Block C (f
Posted: Sat May 21, 2022 11:46 am
I WILL UPVOTE! Thank you so much in
advance!
1. Tension force developed at the ropes
(lb).
2. Acceleration of Block C (ft/s^2)
3. Acceleration of Block B (ft/s^2)
4. Normal force at Block B (lb)
5. If Block C is hanged 15' (reference at the bottom of
the base) from the ground. what is its speed when it hits the
ground (ft/s^2)?
For the connected system shown in Figure 2, Block B and C weigh 10lb and 20lb, respectively. When Block C was released from rest, solve for the following: (assume that block B rests on a smooth surface and fixed platform) А B Figure 2.
advance!
- I Will Upvote Thank You So Much In Advance 1 Tension Force Developed At The Ropes Lb 2 Acceleration Of Block C F 1 (94.32 KiB) Viewed 15 times
(lb).
2. Acceleration of Block C (ft/s^2)
3. Acceleration of Block B (ft/s^2)
4. Normal force at Block B (lb)
5. If Block C is hanged 15' (reference at the bottom of
the base) from the ground. what is its speed when it hits the
ground (ft/s^2)?
For the connected system shown in Figure 2, Block B and C weigh 10lb and 20lb, respectively. When Block C was released from rest, solve for the following: (assume that block B rests on a smooth surface and fixed platform) А B Figure 2.