For the double slider mechanism shown in the following figure, the crank OA rotates at a uniform speed of 200 rad/s CCW.we need to find the required torque for the crank, if two forces act at sliders B and C as shown in the figure. (P = 2 kN, Q = 4 kN).OA = 20 cm, AB = AC = 80 cm.mg =10 kg, mc = 5 Kg. Neglect other links weights.(3)(2)45°(5)B (4)XThe velocity of slip of slider B in m/s? =Choose... +The velocity of slip of slider C in m/s? =Choose... +The acceleration of slip of slider B in m/s2 =Choose... +The acceleration of slip of slider C in m/s? =Choose... +The magnitude of required torque for the crank in N.m =Choose... +

Answered: Image /qna-images/answer/bd72cce3-f16d-4653-af25-b186ccbda804.jpg

For the double slider mechanism shown in the following figure, the crank OA rotates at a uniform speed of 200 rad/s CCW. we need to find the required torque for the crank, if two forces act at sliders B and C as shown in the figure. (P = 2 kN, Q = 4 kN). OA = 20 cm, AB = AC = 80 cm. mg =10 kg, mc=5 Kg. Neglect other links weights.

For the double slider mechanism shown in the following figure, the crank OA rotates at a uniform speed of 200 rad/s CCW. we need to find the required torque for the crank, if two forces act at sliders B and C as shown in the figure. (P = 2 kN, Q = 4 kN). OA = 20 cm, AB = AC = 80 cm. mg =10 kg, mc=5 Kg. Neglect other links weights.

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

See similar textbooks

Related questions

Q: An electric motor is accelerating a 250 kg load with acceleration of 1.2 m/s? through a gear box as…

Q: Calculate required torque applied to link 2 in order to satisfy given kinematic state.

A: Given data

Q: A wagon weighing 5100 Kg moving at a speed of 8 km/h has to be brought to rest. Springs made of wire…

Q: Find the equivalent translational mass at location A of the system shown in the figure.

Q: Jm Is the motor i

A: Givenη=θmθl=5inertia of motor =Jminertia of link =Jl

Q: Please solve with step and explaining, thank u

A: Given: A four link mechanism is shown in the figure. All the dimensions of the links are given and…

Q: Don't use chat gpt plz

A: Step 1: Step 2: Step 3: Step 4:

Q: Consider a pulley system shown below. Assume there is no slip between the cord and the pulley. I is…

Q: A wheel is fixed at its center position and allowed to rotate. The moment of inertia of the wheel is…

A: Given: To find: Equation of motion

Q: Figure 1.1 shows a crank, OA = 72 mm long which rotates anticlockwise about 0 at w = 150 rev min A…

A: Refer the answer in the next page.

Q: The compressor mechanism shown in Figure bellow is driven clockwise by a DC electric motor at a…

A: The mass of the piston is m=0.5 lb. The pressure in the cylinder is P=45 psi. The coefficient of…

Q: 3. In the figure below, a slender rod with mass M, length L (thus Ic.G. = M L²) is %3D resting on a…

A: Given data Mass of rod = m Length of rod = L = 36 in Ic.g = mL212 To determine (i)…

Q: A single cylinder reciprocating engine has speed 240 rpm, reciprocating mass of 50kg and crank…

A: Centrifugal Force due to a rotating mass causes imbalance, by attaching a counterweight at a…

Q: Fig. 10-18 free-body gram for th

A: Consider the free body diagram of the block as shown below. From the free body diagram,

Q: Figure B2 shows a crank driven assembly that comprises three connected slender bars (AB, BC and CDE)…

A: Given: AB=0.3 mBC=0.5 mCD=0.3 mDE=0.6 mθ˙=10 rad/s

Q: To calculate the angular speeds of the two bars B2 and B3, you need to use the two point formula:

Q: A homogeneous siender bar AB of mass m and length L is released from rest in the position shown i…

A: Given: A homogeneous Slender bar of length l and mass m is released from rest position as shown in…

Concept explainers

Forced undamped vibrations

In mechanical engineering, vibration is expressed as the term that occurs due to an object's backward and forward movement about a point of equilibrium. Generally, there are three types of vibrations which are,

Question

For the double slider mechanism shown in the following figure, the crank OA rotates at a uniform speed of 200 rad/s CCW.
we need to find the required torque for the crank, if two forces act at sliders B and C as shown in the figure. (P = 2 kN, Q = 4 kN).
OA = 20 cm, AB = AC = 80 cm.
mg =10 kg, mc = 5 Kg. Neglect other links weights.
(3)
(2)45°
(5)
B (4)
X
The velocity of slip of slider B in m/s? =
Choose... +
The velocity of slip of slider C in m/s? =
Choose... +
The acceleration of slip of slider B in m/s2 =
Choose... +
The acceleration of slip of slider C in m/s? =
Choose... +
The magnitude of required torque for the crank in N.m =
Choose... +

Expert Solution

This question has been solved!

Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.

This is a popular solution!

SEE SOLUTION Check out a sample Q&A here

Step 1

VIEW

Step 2

VIEW

Step 3

VIEW

Trending now

This is a popular solution!

Step by step

Solved in 3 steps with 3 images

SEE SOLUTION Check out a sample Q&A here

Knowledge Booster

Learn more about

Need a deep-dive on the concept behind this application? Look no further. Learn more about this topic, mechanical-engineering and related others by exploring similar questions and additional content below.

Similar questions

can you show the steps taken to equation of motion, how do you find the steady displacement of the mass m,find the total reponse in detail and the show the step taken to find the force transmitted in the part c.
Please solve only 4,5
Unlike the common V6 engine, Subaru engines contain pistons that are horizontally opposed (see Wikipedia for more info). Luckily for us, this also makes for an interesting dynamics problem! At the instant shown, the crank arm's angular velocity is waB = 2,000 rpm (rotating clockwise) and the angle 0 = 40° with respect to the horizontal. Length of bar AB is r1 = 3 in. and the length of bar BD is r2 = 8 in. a) Clearly define coordinate systems for each link and write transformation arrays for each. b) Compute the velocity of point B in ft/s. Express your answer in rectangular coordinates. [Ans. to Check: 33.66 i– 40.11 j ft/sec] c) Determine the magnitude of the speed of the piston P in ft/s. Note: all answers should be positive since we only want to know the magnitude of the speed, not the direction (the piston can only move in the horizontal direction). [Ans. to Check: 43.6 ft/s] r2 10 B
Hi second question please. This an engineering statics problem.
The structure of a football goal is shown in the figure below. The bending motion of the structure can be represented by a flexible cantilever beam with tip mass M¡ as shown in the figure. The tip mass M, represents the mass of the horizontal crossbar which is assumed to be rigid in this motion. A single vertical straight beam having mass of MH, shown in the figure below, is the equivalent model for the two symmetrical vertical posts. A soccer ball of mass M, hits the horizontal crossbar with the velocity of Vp. x(t) м, VINGLI SOLAR The response of the horizontal crossbar, mass M, is shown by x(t) in the figure. The vertical beam has a circular cross section of radius r, Young's modulus E and length L. For numerical calculations, use M, = 23.2130 kg, MH = 28.6617 kg. M, = 0.5497 kg, Vý = 8.8974 m/s, L= 2.7757 m, E = 133.5685 GPa andr= 0.0437 m. For circular cross- section I = Tr/4.Considering zero damping and the numerical data given above, obtain the maximum amplitude of response x(t)…
I need answer in Handwritten
b) The mass of gear A in Figure Q4(b) is 20 kg, its radius is 240 mm and its radius of gyration is 150 mm. The mass of gear B is 10 kg, its radius is 180 mm and its radius of gyration is 100 mm. Calculate the angular acceleration of gear B when a torque M = 12 Nm is applied to the shaft of gear A, neglect friction. "A = 240 mm rB - 180 mm
For the following mechanism with RAB = 4 ft, RPA = 6 ft, and p = 0.75 ft (radius of the Roller 4), assume the roller 4 is pinned to link 3 and is rolling without slipping. The velocity of the input (slider A, link 2) is V, = -15 i ft/s at the position shown (2OAB = 45°). (a) Calculate the first-order coefficients of the mechanism; (b) determine the angular velocity of link 3; (c) determine the velocity of point B; (d) determine the angular velocity of roller 4. (Hint: Vs = Ve) O3=135° V2 =2.828 ?/ R2t R3t R4 =0 IV, V? 4=2-878 13 こ4 R3
A uniform beam of length, L, and mass, M, is freely pivoted at one end about an attachment point in a wall. The other end is supported by a horizontal cable also attached to the wall, so that the beam makes an angle phi with the horizontal as shown below. To answer the questions below, find algebraic expressions for the tension in the cable, the angular acceleration of the beam, should the cable break, and the resulting angular velocity as the beam falls through the vertical position. A. If L = 2.4 m, M = 5 kg, and phi = 45o, then what is the tension in the cable? B. If the cable snaps, what is the angular acceleration about the pivot point? C. What is the angular velocity of the falling beam, just as it hits the wall?
Please see attached photo for question information. Thanks
draw a free body diagram and kinetic diagram
Solve accordingly to given 3 parts below