the door, estimate 20feet(6.096m), time to open the door fully is 15 seconds. 20feet is the full length so since the que
Posted: Thu May 26, 2022 11:08 am
the door, estimate 20feet(6.096m), time to open the door fully is 15 seconds.
20feet is the full length so since the question ask for half then I use 3.048m for door length. Do it in scalar solution.
B 0-30° A Door length = = 20 feet / 6-096 meter Half door length= 3.048 meter 1/4 door length = 1.524 meter Velocity of A- 3·048 = 02032m5-1 155 x 1524
i. Students have to analyze the kinematic of a folded auto-gate system, as can be seen in the Figure 1. B Figure 1: Folded auto-gate system iv. Using the measured average velocity: > Calculate the velocity of midpoint of panel AB when = 30° while the gate is open using all three methods; i) vector solution; ii) scalar solution and iii) IC. Also shows the direction of its velocity. Develop a programme (using Matlab, C, C++, Excel etc.) to calculate and plot the angular velocity of panel AB and OB against 0-lets 0° ≤0 ≤ 90°. ➤ Plot the trajectory of IC for panel AB for 0° ≤0 ≤90°.
20feet is the full length so since the question ask for half then I use 3.048m for door length. Do it in scalar solution.
- The Door Estimate 20feet 6 096m Time To Open The Door Fully Is 15 Seconds 20feet Is The Full Length So Since The Que 1 (18.71 KiB) Viewed 24 times
- The Door Estimate 20feet 6 096m Time To Open The Door Fully Is 15 Seconds 20feet Is The Full Length So Since The Que 2 (51.02 KiB) Viewed 24 times
i. Students have to analyze the kinematic of a folded auto-gate system, as can be seen in the Figure 1. B Figure 1: Folded auto-gate system iv. Using the measured average velocity: > Calculate the velocity of midpoint of panel AB when = 30° while the gate is open using all three methods; i) vector solution; ii) scalar solution and iii) IC. Also shows the direction of its velocity. Develop a programme (using Matlab, C, C++, Excel etc.) to calculate and plot the angular velocity of panel AB and OB against 0-lets 0° ≤0 ≤ 90°. ➤ Plot the trajectory of IC for panel AB for 0° ≤0 ≤90°.