The 60 kg two-wheeled cart is described in the figure and parameter table below, with G indicating the location of the center of gravity. It is to be pulled so that it goes up the small step. Find the normal force on each wheel, and the magnitude and direction of the force applied at handle. HINT: remember that there are two wheels sharing the load cc 080 BY NO SA 2021 Cathy Zupke G parameter L₁ L2 L3 L4 d L2 A 445 value 0.6 0.5 0.8 0.7 0.2 L3 units m m m m m B X° L4 For the answers, take to the right and up to be the positive directions. The normal force at each wheel at A in the x direction is Ax= 150 XN The magnitude of the force at B is = 212 |F|= F Measured from the positive horizontal axis, the angle of F= XN

G -4 ft- AF FE Вс AB Gx Ax FC AF B Select the freebody diagram that would allow you to solve for the force FE using only that FBD if P1 = 2 kip and P2= 3 kip. GF P₁ Ay F BF E 2 Kip 2 кір 4 ft- B 4 ft- 4 ft- >CF ft B B 2 kip -4 ft- 2 Кір E EF P₁ 3Kip 4 ft- 4 ft E 2 кір 52 TFC -4 ft- FE zkip -4 ft Be 4 ft- экір 4 ft ID P₂ D экір 4 ft 4 ft in

pls explain to me step by step and pls dont skip any steps i will rate your answer immediately thanks

Write down equations for static equilibrium. Calculate the moment about C, and leave the answer in terms of the unknow force of magnitude |FB| After that Caclulate |FB|

Figure below shows a system with two weights on a rotating shaft. For the given data below, determine the mR (mass-radius) product and angles of the balance weights needed to dynamically balance the system. W1 W1 a b. 3 W2 W2 Given: W1 = 70 N W2 = 85 N a = 230 mm b = 70 mm R1 = 80 mm 01 = 30 deg 02 = 270 deg R2 = 120 mm

The pulley system shown in Figure Q1c lifts a mass,m,of 550 kg.Calculate the force FA necessary to maintain the suspended mass in static equilibrium; and determine the forces at the ceiling anchor points A and B. Assume frictionless and weightless pulleys and use g = 9.81 m/s2.

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Need help. Please solve this and clearly state how you got your numbers and what formulas you used to solve it.   Please make sure you find all the 6 unknows please. Knowing the beta equals 30° and the solid plate weigh 100 kg. What is the cable tension T and the reaction forces at the two bearings? Assume bearing A is a thrust bearing but bearing B is notplease solve for the X component at bearing B. Again please also make you find all the 6 unknows please. And clearly indicate which is which. And please label and make sure it put units

Need help. Please solve this and clearly state how you got your numbers and what formulas you used to solve it.   Please make sure you find all the 6 unknows please. Knowing the beta equals 30° and the solid plate weigh 100 kg. What is the cable tension T and the reaction forces at the two bearings? Assume bearing A is a thrust bearing but bearing B is notplease solve for the X component at bearing B. Again please also make you find all the 6 unknows please. And clearly indicate which is which. And please label and make sure to put units

The boxes are at rest. The pulley is massless. Fpull makes an angle 0 with respect to the incline. (i) Draw free body diagrams for m, and m, for the situation outlined in part (ii). (ii) What maximum force, Foull, Can you apply to m, and have it remain at rest? In terms of the given information. Just give the equation (or equations) needed to solve for the force. Do not simplify or isolate for Fpull, but make sure it is the only unknown. pull Given information: B (angle of incline with horizontal) e (angle Fpull makes with incline) m, (mass of box 1) m2 (mass of box 2) H (distance m, is above the ground) • H, (static friction coefficient, incline and box 1) He (kinetic friction coefficient, incline and box 1) m1 m2