Wanted to check to make sure the motion diagram is correct. the motion diagram would illustrate...
10. Move the Motion Sensor. Place the Motion Sensor at the bottom of the track pointing up the track. 11. Check the Motion Sensor. Start with the cart at least 50 em in front of the sensor. Practice pushing the cart up the track so the cart doesn't go over the top of the track and stopping the cart before it gets within the 50 em of the sensor. Start the sensor and push the carit up the track. Stop...
The motion map for an object moving along one direction is shownb a. Deseríbe the motion of the object in to prov b. On the graphs below, plot the pt the actual values for the object during each time interval and the position nd end felocty of nd the velocity vs. time of the object. or the object consualt an instructor Consult your group mates before you proceed The graph below shows the position vs, t possible, F. Plot the...
please choose the correct answer, thx
One Dimensional Motion: For the acceleration due to a falling weight, what would happen if the hanging weight hit the ground before the cart passed completely through the The cart would stop accelerating at that point and move at a constant velocity, so the measured acceleration would be larger than expected The cart would come to a complete stop and the measured acceleration would be meaningless. The cart would stop accelerating at that point...
.uc. edu/bbcswebdav/pid-32484691-dt-content-rid-132834372 1/courSearch +70% IL. One dimessional motion with constant acceleration A. A small cart is given a srong push up oe an incline plane. We are concerned only with its motion sp the plane draw a motion map for the motion of the cart frem immediately after etting pushed should represent anodher second of motion. Assume that the On the figure below, until reaching its turmaround point. Each dot location of the curt shown below is where it is...
constant velocity and constant acceleration experiment pls
only correct answers and clear handwriting thanks
General Form of Linear equation Y=mx+b m is the slope b is the y-intercept General Form of Quadratic equation y=A+BX+C A is the quadratic coefficient B is the linear coefficient C is the Constant Constant Velocity (Motorized Cart) 10 Pistol 05 Times Y=mx+b X=Vt+Xo m is the slope: m is the Velocity = 0.210 m/s (21 cm/s) b is the y-intercept: b is the initial Position...
Your boss wants you to determine if the initial velocity of the sled and the weight of the team affect its acceleration down the ramp. To solve this problem, you decide to model the situation using a cart moving down an inclined track. Write down the relationship between the velocity and the position of the cart. Use that relationship to construct a position vs. time graph, after an initial push, just below each velocity vs. time graph from question 2....
Following are some statements about the motion of an object with constant acceleration. Check the correct statements. Pick all the correct statements (there are 4 of them) O The velocity curve slopes upward because the object is going faster and faster The velocity curve would still slope upward, even if the acceleration were zero. The graph of acceleration is a flat line because acceleration is constant. O The position graph gets steeper and steeper because the object goes faster and...
please double check my answers
Prelab 3 Questions Motion Graphs 1 According to Appendix B, an independent variable in an experiment is one that is kept the same in every trial. a | True False 2 For reliable readings, the cart should never get closer than 15 cm to the motion sensor. a True b False 3. If you execute a best-fit line for data on a graph of position vs. time, what units does the line's (vertical) intercept have?...
PRE-LAB 3: Acceleration and Force 1. (3pts) In Part 1, you will repeat your Lab 2 Speeding Up experiment with a focus on forces. . Draw a free-body diagram of the forces acting a. on the cart. otes Draw a free-body diagram of the forces acting on the mass. b. Which forces in the two diagrams are equal? c. oipol 3. (4 pts) We will be using the same cart and motion sensor setup we used in last lab: Force...
Consider a block of wood given an initial velocity directed up an incline of angle θ. It reaches some maximum distance up the incline, turns around, and slides back down. There is friction present. Take the motion of the block to be after any push necessary to provide the initial velocity. (a) Draw and label separate free body diagrams (FBDs) for (i) the motion up the incline and (ii) the motion back down. Include coordinate axes and indicate acceleration. (b)...