A 5,000 kg airplane at rest reaches a take-off speed of 75 m/s after accelerating down a horizontal runway for 1.25 km. Calculate the average acceleration and average net force exerted on the airplane. For this problem: Draw a diagram of the motion Draw a free body diagram. Write your N2 Law equation List your kinematics variables Solve the algebraic equation using variables. Plug in your information and solve.

A 5,000 kg airplane at rest reaches a take-off speed of 75 m/s after accelerating down a horizontal runway for 1.25 km. Calculate the average acceleration and average net force exerted on the airplane. For this problem: Draw a diagram of the motion Draw a free body diagram. Write your N2 Law equation List your kinematics variables Solve the algebraic equation using variables. Plug in your information and solve.

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Draw the free body diagram for the block shown below and determine if sliding would occur if the block is sitting on an icy surface. W
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Imagine a semi-truck and a minivan are about to collide. The semi-truck obviously has a larger mass, butthe minivan has a larger velocity in this case.a. Do you think each vehicle exerts a force on the other? How can you tell?b. How does the magnitude of force experienced by each vehicle compare? Draw a free-body diagramfor each vehicle to explain your thinking.c. Why does the collision have a greater effect on the minivan than the semi-truck? (Hint: Considerthe acceleration of each vehicle during the collision.)
I included two pictures. Please show me how to approach the problem in the correct manner based on the feedback given. It is okay to completely change the answer if you need to.
For the following problems, draw free-body diagrams and solve for the requested unknown. Use g = 9.8 m/s/s. A shopper in a supermarket pushes a loaded cart with a horizontal force of 16.5 Newtons. If the cart has a mass of 33.8 kg, how far (in meters) will it move in 1.31 seconds, starting from rest? (Neglect resistive forces.) PSYW
A sports car with a mass of 1,385 kg is at rest on a flat, horizontal road. 5.4 s later, that car is moving forward at a speed of 90 mph. Calculate the acceleration of the car and the average net force acting on the car.For this problem: Draw a diagram of the motion Draw a free body diagram.Write your N2 Law equationList your kinematics variablesSolve the algebraic equation using variables.Plug in your information and solve.
The screaming demons have entered a bobsled race. The sled run is at an angle of 29 degrees dr.floor has come up with a super slick bobsled with a coefficient of friction of 0.0112. The combined mass of the two dare devils and their bobsled is 200 kg. What will be the screaming demons acceleration down the bobsled run?
a. Upload a complete free body diagrams for Cart B as shown in the inclined plane diagram. Include all forces acting on Cart B. All forces must be labeled with two subscripts using the conventions defined in our lectures and in FlipIt Physics. The file you upload for this question must include ONLY a free body diagram for Cart B and NOTHING ELSE. No credit will be given for a large file that requires your instructor to find the answer to this question. Part of the point of this question is to understand what belongs in a free body diagram for Cart B. b. Using the forces that you defined in your free body diagram from the question above, write out Newton's Second Law as it applies to Cart B. All of the forces acting on Cart B must appear in your answer to this question, and they must appear with the subscripts and labels as defined by the conventions of our lectures and FlipIt Physics. Your equations should include only symbols (do not substitute numbers). You may need to write…
Please follow the instructions carefully and provide detailed answers. Answer only if you really know how to compute it. Thank you so much!
Help please. Teacher hasn't returned my work on this yet, and we're having a quiz on Monday. A 2.75-kg cat moves in a straight line (x-axis). The graph on the right shows the x-component of the cat’s velocity as a function of time. What is the net force on the cat? a. 0b. 27 Nc. 11 Nd. 2 N The maximum net force occurs during the time interval a. t = 0 to t = 10 secondsb. t = 6 to t = 10 secondsc. t = 2 to t = 6 secondsd. t = 0 to t = 2 seconds The net force on the cat is equal to zero between the time intervala. t = 6 to t = 10 secondsb. t = 2 to t = 6 secondsc. t = 0 to t = 10 secondsd. t = 0 to t = 2 seconds Thanks!
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