What is the net force acting on block

Reference no: EM13516280

A 2.27-kg block (M1) and a 5.87-kg block (M2) are connected by a massless string. Applied forces, F1 = 10.1 N and F2 = 4.83 N, act on the blocks, as shown in the figure.

a) What is the acceleration of the blocks?

b) What is the tension in the string?

c) What is the net force acting on M1? (Neglect friction between the blocks and the table.)

Reference no: EM13516280

Questions Cloud

Find what is the power needed to accomplish this : A horse draws a sled horizontally across a snow-covered field. The coefficient of friction between the sled and the snow is 0.175, and the mass of the sled, what is the power needed to accomplish this

Calculated all manually with no excel formulation : Calculated all manually with no excel formulation or calculation

Calculate how much work is done by the force : A force given by F(x) = 5x3 (in N/m3) acts on a 1-kg mass moving on a frictionless surface. The mass moves from x = 3.87 m to x = 6.09 m. How much work is done by the force

Estimate how many turns are on the secondary : A transformer changes the 10,000 V power line to 120 V. If the primary coil contains 750 turns, how many turns are on the secondary

What is the net force acting on block : A 2.27-kg block (M1) and a 5.87-kg block (M2) are connected by a massless string. Applied forces, F1 = 10.1 N and F2 = 4.83 N, act on the blocks, What is the net force acting on M1

Find the work done by the force as the particle moves : A particle of mass m is subjected to a force acting in the x-direction, Fx = (2.77 + 0.351x) N. Find the work done by the force as the particle moves from x = 0 to x = 4.41 m

Perform comprehensive capital budgeting analysis to determin : 1- Perform comprehensive capital budgeting analysis to determine if you should accept or reject Project XXXtreme which through enhanced genetic engineering of the firm's coffee providers increase in worker production thus lowering the costs per..

Explain the standard enthalpy change is -631 kj : For the reaction 3 C2H2=C6H6 at 25c the standard enthalpy change is -631 kJ and the standard entropy change is -430 J/K

Explain the specific rotation of the natural product : A newly isolated natural product was shown to be optically active. If a solution of 2.0 g in 10 mL of ethanol in a 50 cm tube gives rotation of +2.57 degrees, what is the specific rotation of this natural product

User Account

All Pages