A. The mechanism shown is used to feed cartons to a labeling machine. The drive shaft rotates clockwise. The ram weights 1.5 lb and the coefficient of friction between the ram and the machine is 0.2. Gravitational acceleration: g = 386 in/s². The weight of all other links is negligible. The linear ram acceleration is 5378 in/s² (horizontal direction, sense: to the left). 1. Draw the kinematic diagram. 2. For the instant shown, determine the torque required from the drive shaft to operate the ram.

Q: Motor is driving a gear attached to the linkage in the mechanism as shown: Let r₁ r₂ = 10mm; c=…

A: r1 = r2 = 10 mm (radius of both gears)c = 22 mm (crank length)b = 100 mm (connecting rod length)a =…

Q: A centrifuge is often used for astronaut training. A simplified version is sketched in Figure P3-22,…

A: As the cockpit is rigidly fixed to the arm, there won't be any Coriolis component of acceleration…

Q: Problem #1 The 1.5 Mg four-wheel-drive jeep is used to push two identical crates, each having a mass…

A:

Q: The resultant unbalance force due to the two cylinders, along the line of stroke is known as. force.…

A:

Q: 1. Write the loop closure equation. 2. Find the position of point A as function of 0, with link AB =…

A:

Q: For the problem related to Fundamental.4, a sketch of the considered system showing and naming (or…

A: Given data : The radius rA=3 in Radius rB=64 in The distance of point P =7 in vp=21 ins , t=5 s…

Q: Given an in-line slider-crank linkage with R = 2 and L = 4, (a) plot displacement x ver- sus crank…

A: An in-line slider-crank linkage is a mechanism commonly found in internal combustion engines. It…

Q: H.W.4 Drive the maximum acceleration for rear wh el drive on an inclined road ( aM).

A:

Q: nasses m1, m2.m3 and m4 0 kg, 240 kg and 260 kg aly. The corresponding radi e 0.2 m, 0.15 m, 0.25 m…

A: Given : m1= 200 kg m2= 300 kg m3= 240 kg m4= 260 kg r1=0.2 m r2= 0.15 m r3 = 0.25 m r4 = 0.3 m…

Q: Q6 Figure Q6 shows the masses of the boxes are ma = x kg and mp = y kg. The coefficient of static…

A:

Q: Q11/Four masses A, B, C and D as shown below are to be completely balanced. A B C D Mass (kg) Radius…

A:

Q: a) An inline crank-slider linkage mechanism is given in Table Q4. Table Q4a Length (mm) Link AB , R…

A: given; radius of crank AB (r)=50mmlength of connecting rod(l)=80mmcurrent position…

Q: basic rigid motion is both angle preserving and distance preserving.

A: 1. A rigid motion is a transformation (of the plane) that "preserves distance". In other words, if A…

Q: Q4/ In a mechanism as shown in Fig. below, the crank OA is 100 m long and rotates in a clockwise…

A: Given DataBC=0.2mCD=0.2mDE=0.25mOA=0.1mAB=0.3mω=100 rpm

Q: LO2: Perform kinematics analysis of different mechanisms. Q.1 Determine velocity of link 4 using…

A: Given r1=10cm=0.10r2=12 cm =0.12 mθ2=60°ω2=500 rpm Find the velocity link 4

Q: A cart (20kg) is supported by 2 wheels (15kg each) on a 30degree incline   The wheels have a…

A: Since we are neglecting friction, we will consider rolling without slipping without frictional…

Q: A generating set is arranged on board ship with its axis parallel to the longitudinal centre-line of…

A: We know, Gyroscopic couple is given asGivenr=180mv=36km/hr=mass of revolving part, m=1400kgradius of…

Q: Determine the shortest time it takes the car to reach a speed of v= 72.0 km/h, starting from rest,…

A:

Q: B- Assuming the maximum rotational velocity of a differential mobile robot is 0.25 rad/s with 0.2m…

A: A to point D is when it is facing south. wheel velocities to be equal in magnitude but opposite in…

Q: What is the tension in the cable in units of lbf ?

A: The coefficient of kinetic friction between the support and Block =0.1 Acceleration of the Block B…

Q: 3- The single-degree-of-freedom "manipulator" shown below has total mass m = 1, with the center of…

A: Given:

Q: Consider the same mechanism again, with m = 3.25 kg, d = 385 mm, k: = 220 N/m, only now, Instead of…

A:

Q: 4.a. Linearise the relationship between the force F and the rotational velocity N of a mechanical…

A: Relation between force F and rotational velocity N,F=kN2Operating point (Fo,No)

Q: Fig 2. F,(t) F2(t) k1 k3 k4 M1 m2 k2 X2 X1

A:

Q: a. Define the following term 1. Lateral vehicle dynamics 2. oversteers 3. steering wheel shimmy…

A: Lateral Vehicle dynamics  This is the study of vehicle dynamics that cause the lateral motion or…

Q: The dingram Shows mass On 4uo ro tors in planes. B and c. Calculate The masses to be added On the…

A: Given:- mB=5kg mC=3 kg Radius=40mm Radius of mB=20mm Radius of mC=50mm AB=80mm BC=70mm CD=100mm

Q: The cutting force F in the quick return mechanism shown has a magnitude of 40 N. Neglecting…

A:

Q: For the problem related to Fundamental.4, a sketch of the considered system showing and naming (or…

A: Given-Information:- rA = 8 inrB = 50 inDistance = 10 inα = At2.3 rads2vp = 28 in s-1 To-Determine:-…

Q: A disk is at rest and then is set in motion with a constant angular acceleration 25 rad/s2. What is…

A: It is a question of rotation with constant acceleration.

Q: A general plane motion is either a translation motion or rotation motion Select one: O True O False

A:

Q: Design a quick return mechanism with 120 cm stroke, time of forward stroke is 1.25, return stroke…

A: Solution:

Q: Solve for the normal force and acceleration of the figure below 25 Newton 15 Newton 35° 43° 20 kg

A: Consider the free body diagram:

Q: Q4. Two bodies directly in line and 10 m apart are held stationary on an inclined plane having…

A: Draw the free-body diagram of the upper body.

Conservation of Energy

In physics, the rule of the conservation of energy states that energy doesn’t disappear from the atmosphere; instead, it changes its form from one type to another. Energy is one of the most important physical quantities in nature, and it cannot be created or destroyed — only transformed.