I would like to know how to solve for the acceleration of this problem. I did one problem similer to it which was correct. Though I forgot how to solve for it. It is a kinamatics problem. Just in case I have sent two screenshots of the one that was solved and the one I still have questions about. O PHY 211L-01: Ger xW Motion (Online La xM Inbox (2,503) - ne xb My Questions | ba xM Your Order Confir xM Inbox (2,503) - nO Don't Go YetG swing dance clas x+A webassign.net/web/Student/Assignment-Responses/last?dep=27031153#question4662814_0MUpdateO Directions+ Part 1: Constant VelocityO Part 2: Average AccelerationO Part 3: Acceleration PredictionThe video below shows a cart going down a ramp. The acceleration of the cart is roughly constant and the video was shot at 60 frames per second. Unfortunately, though, the playback skips the odd frames. Thiswill affect your frame discrepancies. Fill in the table below by determining the frames (integers only) at which the cart was released (f) & at which it reaches 0.7 m (f), the uncertainties for both (of, & of,), the cart'sacceleration (a) over 0.7 m, and the acceleration uncertainty (o). The formula for oa is below the table.eumatic çannon shoots peanut M&M into foam block cartExamples of Direct Measurement Physi..t mass =275.920.1gWatch laterShareM&M mass = 1.98±0.01 gframes+5015 cmO cm60 frames per secondc 2012 Peter BohacekWatch onYouTubefi(frames)ofAt(frames)(s)(m/s2)(frames)1(m/s2)0.026 X(frames)10721.0330.10932a(of, + of)ff - fi O PHY 211L-01: Ger xW. Motion (Online LaM Inbox (2,503) - ne xb My Questions | ba xM Your Order Confir xM Inbox (2,503) - n xO Don't Go YetG swing dance clas x+-A webassign.net/web/Student/Assignment-Responses/last?dep=27031153#question4662814_0Update :O Directions+ Part 1: Constant Velocity...... .................O Part 2: Average AccelerationThe video below shows a person on a "rocket" cart (the rocket is a fire extinguisher). The acceleration of the cart is roughly constant and the video was shot at 30 frames per second. Fill in the table below bydetermining the frames (integers only) at which the cart starts moving forward (f) & at which it reaches 4 m (fr), the uncertainties for both (or, & of), the cart's acceleration over 4 m (use one of the kinematicformulas to find a), and the acceleration uncertainty (oa). The formula for o, is below the table.eumatic çannon shoots peanut M&M into foam block cartExamples of Direct Measurement Physi..7t mass270.910.1gWatch later ShareM&M mass = 1.98±0.01 gframes+5015 cmO cm60 frames per secondc 2012 Peter BohacekWatch onYouTubefi(frames)Ofi(frames)fe(frames)Ata(frames)(s)(m/s2)(m/s2)12 V1033.0330.86950.038222a(of, + of)ff - fiNow you will use kinematics & the acceleration you calculated in the previous table to predict at which frame the cart should have reached the 2 m mark. Fill in the table below by determining how long (At) it wouldtake to travel 2 m , how many frames are required for that much time (Af), the frame at which your calculations predict it should reach 2 m (fored), and the uncertainty of your prediction (opred). The formula for opredis below the table.

Question

I would like to know how to solve for the acceleration of this problem. I did one problem similer to it which was correct. Though I forgot how to solve for it. It is a kinamatics problem. Just in case I have sent two screenshots of the one that was solved and the one I still have questions about. O PHY 211L-01: Ger xW Motion (Online La xM Inbox (2,503) - ne xb My Questions | ba xM Your Order Confir xM Inbox (2,503) - nO Don't Go YetG swing dance clas x+A webassign.net/web/Student/Assignment-Responses/last?dep=27031153#question4662814_0MUpdateO Directions+ Part 1: Constant VelocityO Part 2: Average AccelerationO Part 3: Acceleration PredictionThe video below shows a cart going down a ramp. The acceleration of the cart is roughly constant and the video was shot at 60 frames per second. Unfortunately, though, the playback skips the odd frames. Thiswill affect your frame discrepancies. Fill in the table below by determining the frames (integers only) at which the cart was released (f) & at which it reaches 0.7 m (f), the uncertainties for both (of, & of,), the cart'sacceleration (a) over 0.7 m, and the acceleration uncertainty (o). The formula for oa is below the table.eumatic çannon shoots peanut M&M into foam block cartExamples of Direct Measurement Physi..t mass =275.920.1gWatch laterShareM&M mass = 1.98±0.01 gframes+5015 cmO cm60 frames per secondc 2012 Peter BohacekWatch onYouTubefi(frames)ofAt(frames)(s)(m/s2)(frames)1(m/s2)0.026 X(frames)10721.0330.10932a(of, + of)ff - fi O PHY 211L-01: Ger xW. Motion (Online LaM Inbox (2,503) - ne xb My Questions | ba xM Your Order Confir xM Inbox (2,503) - n xO Don't Go YetG swing dance clas x+->A webassign.net/web/Student/Assignment-Responses/last?dep=27031153#question4662814_0Update :O Directions+ Part 1: Constant Velocity...... .................O Part 2: Average AccelerationThe video below shows a person on a &#34;rocket&#34; cart (the rocket is a fire extinguisher). The acceleration of the cart is roughly constant and the video was shot at 30 frames per second. Fill in the table below bydetermining the frames (integers only) at which the cart starts moving forward (f) & at which it reaches 4 m (fr), the uncertainties for both (or, & of), the cart's acceleration over 4 m (use one of the kinematicformulas to find a), and the acceleration uncertainty (oa). The formula for o, is below the table.eumatic çannon shoots peanut M&M into foam block cartExamples of Direct Measurement Physi..7t mass270.910.1gWatch later ShareM&M mass = 1.98±0.01 gframes+5015 cmO cm60 frames per secondc 2012 Peter BohacekWatch onYouTubefi(frames)Ofi(frames)fe(frames)Ata(frames)(s)(m/s2)(m/s2)12 V1033.0330.86950.038222a(of, + of)ff - fiNow you will use kinematics & the acceleration you calculated in the previous table to predict at which frame the cart should have reached the 2 m mark. Fill in the table below by determining how long (At) it wouldtake to travel 2 m , how many frames are required for that much time (Af), the frame at which your calculations predict it should reach 2 m (fored), and the uncertainty of your prediction (opred). The formula for opredis below the table.

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