06-07_task

Please show formulas you use to resolve the problem. Please be clear on your answer. Attached is the formula and all you need to resolve the problem. Please show all your wok and formulas for the step you use to resolve problem

Practice Problems Date: gpb.org/physics-motion Work each of the following problems. SHOW ALL WORK. 5. A 25 kg block is pulled with an applied force of 200 N across a horizontal surface. The block experiences a frictional force of 75 N. a. Draw a free-body diagram for the block, including all forces acting on the block. b. Determine the net force acting on the block. c. Calculate the acceleration of the block.

I would like a step by step process with formulas used and free body diagram, along with therefore statements

A girl of mass m₁ = 60.0 kilograms springs from a trampoline with an initial upward velocity of v; = 8.00 meters per second. At height h = 2.00 meters above the trampoline, the girl grabs a box of mass m2 = 15.0 kilograms. (Figure 1) For this problem, use g = 9.80 meters per second per second for the magnitude of the acceleration due to gravity. Figure m2 Iu h 1 of 1

Please show detailed steps its for a study guild I need to understand how to do the problem. Thank you! :)

kindly help.

Two stationary blocks of mass m and M are connected by a massless, frictionless pulley as shown. The coefficient of static friction is us, between block M and the surface. Please show your work and give your answers in terms of the given variables and g. a) What is the force of static friction on block M? b) What is the maximum mass m when the blocks are still stationary? M m

Hi I need help with all parts of this question. Thank you

I have only 20 minutes. Please solve fast

Answer the following questions based in Energy Skate Park Experiment: 1. Calculate the ratio of the mechanical energy at B and mechanical energy at A (EB/EA) and (EC/EB).What do these ratios tell you about the conservation of energy?2. Is the mechanical energy conserved between A and B? Explain3. Is the mechanical energy conserved between B and C? Explain

Provide a complete solution to each problem. 1. Garfield and Jon fought. To patch things up with Jon, Garfield caught a mouse who was eating Jon's favorite cheese in the last few days. While the mouse was sleeping on a rug, Garfield put a cage on it and drag the rug towards Jon with a constant honzontal force of 4N at a constant speed v. If Garfield's force did work at a rate of 8 W, a. How fast was he pulling on the rug? b. How much work did Garfield do in 5 s?

Is it true or false?If its false write the correct answer

please explain and and break down and show work What is the weight in SI physics units of a 26 kg object which is not moving?   please explain and and break down and show work and separate answer for a and b and explain 2. a. If you stand next to a wall on a frictionless skateboard and push the wall with a force of 30 N, how hard does the wall push on you? b. If your mass is 60 kg, what is your acceleration?

Learning Target IA3: I can set up and use integrals to solve applied work problems. 1. Note that Hooke's Law applies for compressing a spring, also. A spring supporting a railroad car has a natural length of 12 inches, and a force of 8000 pounds compresses it only inch. Find the work done compressing it from 12 to 9 inches. Hint: The answer is 6000 foot-pounds. Now show all the work to get there, and don't forget to convert from inch-pounds to foot-pounds.

Solve what is asked on the problem. Show complete and detailed solution.

Question 2 This question is a short free-response question. Show your work for each part of the question. Block Submit Person Ice A person pushes a large block on a horizontal ice surface in a straight line to the right with constant speed, as shown above. The mass of the block is 10 kg and frictional forces between the block and the ice are negligible. However, the block has a wide cross-sectional area such that air resistance acting on the block cannot be neglected. The opposite is true for the person: air resistance on the person is negligible, but the person's shoes do not slip on the ice. The table shows the force exerted by the person on the block for several values of constant speed. Force of person's push (N) Constant speed of block (m/s) +0.05 20 1.25 40 2.51 60 3.73 80 5.00 (a) A student claims that the data show that the magnitude of the force of air resistance is proportional to the speed of the object, within experimental uncertainty. Use physics principles to explain…

In your solutions, remember to do algebra first to derive equations and plug in values for numerical solutions at the end. 1. A flatbed truck drives past you on a horizontal, flat road at 100 km/hr. Just when it passes you, a crate falls off the truck and lands flat on the ground and travels 50 m before coming to a stop. Find the coefficient of kinetic friction between the road and the crate. Assume that the initial speed of the crate is the same as the truck, 100 km/hr. In your solution, include appropriate free body diagrams (FBD) for the crate, and break up the forces acting on the crate into components either on the FBD or in a table of the components.

Q3 By hand solution needed Needed to be solved this question correctly in 30 minutes and get the thumbs up please show neat and clean work for it Please solve Step by Step solution In the order to understand solution

Question 3 can you show me how to solve This is just a study guide review...not graded

Could you help with IB?

parameters and run the simulation a couple of times. Analysis and Questions: 1. Set the parameters as follows: vo = 0, k = 0.4000, s = 0.5000, g = 9.810 m/s2, m = 5.000 kg. Predict: In order to keep the block at rest on the incline plane, the angle of the incline plane  can’t exceed what value? Draw a free body diagram of the block and show your calculation. 2. Set the angle  to your predicted value (keep proper significant figures otherwise it will affect your simulation result). Does the simulation result match your prediction? If it doesn’t, redo your calculation and modify your answer to question 1. Keep testing until the simulation result matches your prediction. 3. Will increase or decrease the mass of the block affect your prediction to question 1? Explain.

parameters and run the simulation a couple of times. Analysis and Questions: 1. Set the parameters as follows: vo = 0, k = 0.4000, s = 0.5000, g = 9.810 m/s2, m = 5.000 kg. Predict: In order to keep the block at rest on the incline plane, the angle of the incline plane  can’t exceed what value? Draw a free body diagram of the block and show your calculation. 2. Set the angle  to your predicted value (keep proper significant figures otherwise it will affect your simulation result). Does the simulation result match your prediction? If it doesn’t, redo your calculation and modify your answer to question 1. Keep testing until the simulation result matches your prediction. 3. Will increase or decrease the mass of the block affect your prediction to question 1? Explain.

A block is initially moving to the right on a level, frictionless surface. A hand exerts a constant horizontal force on the block that causes the block to slow down (stage 1), turn around, then move in the opposite direction while speeding up (stage 2). 1. Complete the table below. Draw arrows to indicate relevant directions, and take the positive x-direction to the right. Displacement Force by hand Work done Direction Sign Direction Sign Sign Stage 1 Stage 2

Do Now When objects are moving in opposite directions, make sure to label one velocity negative. 1st draw the problem 2nd decide if its elastic or inelastic (use formula sheet given in google classroom) Plug and solve for the missing variable. 1) Block A wwith a mass of. 1kg slides to the right at 6.0 meters per second and hits stationary block B with a mass of 2kg grams.. After the collision, block B slides to the right and block A rebounds to the left at 2.5meters per second. Find the velocity of B after the collision?

I have no idea how to start this problem how do I do it.

PROBLEM SET # 9: WORK DONE BY A CONSTANT FORCE On the space provided, present correct and organized solutions to the following answered problems. Box the final answers. Detach each page neatly and submit to your instructor. 2. An 8.5-kg block is pushed along a horizontal rough surface by a 40-N force inclined at 20° with the horizontal. The coefficient of friction between the surface and block is 0.35. If the block has an initial velocity of 3.6 m/s and the force does 200 J of work on the block, find: (a) The total distance moved by the block. (Ans: 5.32 m) (b) The final velocity of the block. (Ans: 4.85 m/s)

Pls help ASAP. Pls show all work.

Please help with question 1 show all work