Determine the resulting internal loads on the cross section through point C in the grippers. It has a pin at A and the jaws at B are smooth. *The develop free-body diagrams. *Apply the equations of static equilibrium. 20 N 120 mm - 40 mm 15 mm B `D 80 mm 30° 20 N

Determine the resulting internal loads on the cross section through point C in the grippers. It has a pin at A and the jaws at B are smooth. The develop free-body diagrams. Apply the equations of static equilibrium. 20 N 120 mm - 40 mm 15 mm B `D 80 mm 30° 20 N

International Edition---engineering Mechanics: Statics, 4th Edition

4th Edition

ISBN:9781305501607

Author:Andrew Pytel And Jaan Kiusalaas

Publisher:Andrew Pytel And Jaan Kiusalaas

Chapter4: Coplanar Equilibrium Analysis

Section: Chapter Questions

Problem 4.72P: Draw the FBDs for the entire structure and the member BDE. Count the total number of unknowns and...

See similar textbooks

Related questions

Q: H1 y [m] ml L1 m2 H2 x [m] (horizontal) Two rectangular sheets are glued together to form a rigid…

A: Given: Let us consider the given figure, Create the system's equilibrium equations. Calculate the…

Q: The member (shown to the left) is subjected to the force at the lower right corner, and is…

Q: 5) Use the method of sections to find the true magnitude and direction in bar DB of the truss. Hint(…

A: As the members DB and DE are joint only with no external force or a third member... So, the members…

Q: The bar AB is supported at "B" as shown and is held at “A" by a horizontal rope passing over a…

Q: For the system shown, if T= 400 N, what is the force, P needed to maintain equilibrium? The bearing…

A: Given: The tangential force on the disc, T = 400 N The radius of the disc, r = 120 mm = 0.12 m

Q: Determine the value offorce Pand F acting along the bars maintaining equilibrium of pin A. ans.: P =…

Q: Determine the force in each member of the loaded truss. The forces are positive if in tension,…

Q: Solve the reinforcement using the method of nodes. Calculate the reactions and forces in the bars…

A: Consider the following FBD Reactions can be calculated by equilibrium equations Taking sum of…

Q: Find the minimum number of turns the rope should wound around the cylinder to maintain equilibrium…

A: Given: The mass of the left block is m1=80 kg, The mass of the right block is m2=2 kg, The…

Q: Determine the reactions at A and E if P = 400 N. What is the maximum value which P may have for…

Q: The rigid frame loaded as shown has pins at support A and D. The connections at B and C are rigid.…

A: Given that The frame is uniform load= (3k/ft) triangular load= (6k/ft) acting on member CD, it has…

Q: Given the Frictionless Frame as shown below with pin connection at Point A and Point C. Determine…

Q: frictionless A 166.4 cm 166.4 cm pulley h e frictionless pulley 118 kN 27 kN

A: GIVEN DATA A PULLEY SYSTEM GIVEN IN QUESTION WE HAVE TO FIND ANGLE AND h

Q: Q6) The bar intended to support two vertical loads F1 and F2. If the cable CB can sustain a maximum…

A: A moment is a movement of the body when a body is rotating on an axis. The moment is also known as…

Q: 150 kN 3 m 60 200 kN B -2 panels at 4 m = 8 m EA = constant

A: given; →load at D ,(P1)=150KN→load at B (P2)=200KN with angle θ=600→BD=3m→AB=BC=4m→lets take…

Q: Determine the reactions at A and B and the load required Q to hold bar AB in a horizontal position…

Q: Determine the weight W and the horizontal and vertical components of the pin reaction at A for…

A: Disclaimer: Since it is not mentioned in the question that which questions are to be done. So I am…

Q: Situation 2. Determine the largest tensile and compressive forces that occur in the members of the…

Q: Cable AB passes over the small ideal pulley Cwithout a change in its tension. What length of cable…

A: Given: m= 75 lb θ=41o Tension T in cable CD=? Cable AB passes over the small ideal pulley C without…

Q: Find the reaction in pin A? 70% G -1.40 m --- 0.8 m 1962 N

A: Dear student, According to the guidelines I am allowed to answer only one…

Q: Example Neglecting weight, determine M if the link is in equilibrium. 150 mm M 150 mm 60° 30°

A: Draw the free body diagram for the above problem.

Q: 1. Determine the horizontal and vertical reaction forces at PINS F, C and E. 2. Determine the…

Q: the pipe AB is screwed in tightly to a pipe flange attached to the wall. It has two forces acting on…

A: Now as per above FBDWe have∑Fx=0Rx+FBx+Fcx=0Rx+2+1=0Rx=-3 ∑Fy=0 Ry+FBy+Fcy=0 Ry+6-2=0 Ry=-4 ∑Fz=0…

Q: loads shown. Compute the vertical reaction (N) at the support point O if P = 4

A: given: mass m=428kg P = 4202 NQ = 3387 NT = 40694 Nm x = 1.14 my = 1.53 mz = 1.46 m

Q: 2.47 The rigid block of mass M is supported by the three symmetrically placed rods. The ends of the…

A: Given

Q: All problem solutions must include an FBD. 3-1. The members of a truss are pin connected at joint C…

A: To draw the FBD and determine the following.

Q: Determine pin reaction at A & C as shown in (Fig.)? 2 kN 2 60

A: Find the reactions at point A and point C

Q: Cable AB passes over the small ideal pulley C without a change in its tension. What length of cable…

A: As per given question We have to determine tensions T and cable CD

Q: the figure is a b0x with weight W supp0rted by cables at B and C. F0ll0wing the c0nditi0ns from…

Q: 5. The members of a truss are pin connected at joint 0. Determine the magnitude of F1 and its angle…

Q: Solution: b) ΣΜ -0 Forx AF = 0 DF FOr = 0 Answer: ΣFy - 0 T sin 300- 4 = 0 T = 8 kN 30 a) FG and AG…

Q: The blade of the bulldozer shown below is rigidly attached to a linkage consisting of the arm AB,…

A: According to the information we know The bulldozer's blade is permanently coupled to a linkage…

Q: Include some free body diagrams: A) Draw the components of the load in each member of the frame…

Q: 800KN 400KN 3m 1m 2m 1600N/m A 6m W

A: To obtain the reaction forces at the hinged A, we have to first calculate the tension in the rope…

Q: 1) Find the true magnitude and direction of the forces at the supports A and B in the case of static…

A: Given, Load 1 = 100 lb Load 2 = 200 lb UDL= 100 lb/ft

Q: One end of rod AB rests in the corner A and the other end is attached to cord BD . If the rod…

A: Given data: Load acting at point C, FC = 150 N. Draw the free-body diagram of the rod, Calculate…

Q: Determine the vertical force P that must be applied at G to maintain the equilibrium of the linkage.

A: Displace the given linkage by a smaller angle using a force P at point G in the downward direction…

Q: 24. The 30-lb homogeneous bar AB supports the 60-lb block. The ends of the bar rest on 60 Ib 30 lb…

A: Given data: Mass of the bar, mbar = 30 lb. Mass of the block, mblock= 60 lb. Length of the rod, L =…

Q: Use the method of sections to find the true magnitude and direction in bar DB of the truss. Hint…

Q: Determine the reaction at the support A of the frame. Supply the answer in kips (1000 Ibs).

Q: 240 mm 3 - The pin at A can support a maximum force of 3.2 KN . What is the corresponding maximum…

Q: Q 34/ Calculate the forces in members BC, BE, and EF. Solve for each force from an equilibrium…

Q: Find the horizontal and vertical reactions at the pin at B. Note that the support at D is fixed.…

Q: Determine the force in member of space truss. F=1200 jN Im- 3m Write the static equilibrium equation…

Q: Determine the value of reaction at support A if the applied 1 unit load is on point D.

Q: Q 34/ Calculate the forces in members BC, BE, and EF. Solve for each force from an equilibrium…

A: Consider a section that cuts the member BC, BE, and EF and draw the free body diagram of the right…

Q: Determine the support reactions at A and E of the truss shown below Assume support A is pin and…

Concept explainers

Free undamped vibrations

Whenever an object/system displaces in either side of its equilibrium position with the help of an external/internal means, then the object/system moves regularly or randomly on both sides of its equilibrium position. This motion is called vibration. Generally, there are three types of vibration: longitudinal vibration, transverse vibration, and torsional vibration.

Question

Determine the resulting internal loads on the
cross section through point C in the grippers.
It has a pin at A and the jaws at B are smooth.
*The develop free-body diagrams.
*Apply the equations of static equilibrium.
20 N
-120 mm-
- 40 mm
15 mm
C
80 mm
30°
20 N

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

Step 2

Step 3

Step 4

Trending now

This is a popular solution!

Step by step

Solved in 4 steps with 1 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

Draw the FBDs for the beam ABC and the segments AB and BC. Note that the two segments are joined by a pin at B. Count the total number of unknowns and the total number of independent equilibrium equations.
A) The axially loaded bar is fixed at A and loaded as shown. Draw a free-body diagram and determine the support reaction at A. On paper, draw a free-body diagram of the bar and determine the reaction at A for the bar to be in equilibrium. Assume that the unknown reaction at A acts in the negative x direction. B)Using the answer from Part A, draw free-body diagrams or a load diagram and determine the internal axial forces in segments AB, BC, and CD. C)Using the internal axial forces determined in Part B, calculate the bar's maximum average normal stress. Using your free-body diagrams or load diagram from Part B and the axial stress equation, calculate the bar's maximum average normal stress.
Assuming the pulley system below is weightless and frictionless pulley, determine reaction force at the ceiling when 375 N load is lifted and held in static equilibrium. Give your answer in Newtons (N) to 2 decimal places.
note: this is for engineering Question: A uniform pole 20 ft long and weighing 80 lbs is carried by two men A and B, one at each end of the pole. a. Draw the figure b. Draw the force diagram c. Write the equations for the 1 st Condition and for the 2 nd Condition of equilibrium
Assuming the reactions in the support as positive, I planted the sum of moments with respect to point A, positive against the hands of the clock. For each load, place the "+" or "-" sign as appropriate, or N / A, if the load does not apply in the sum. Also indicate your lever arm, if it is zero or not applicable, select N / A. ΣMA = 0
Include some free body diagrams: A) Draw the components of the load in each member of the frame shown. Note that BC and AC are both cables. DC is a boom that exerts compression. Use the symbols Ax, Ay and Az for the x, y and z components respectively of force AC. Follow the same manner of representing the components of the other forces,i,e, Bx,By, Bz and Dx, Dy, Dz accordingly. (B) Set up the equilibrium equation based on summation of moments about AB. Use the symbols indicated in (A). Take the counterclockwise direction as positive. (C) Set up the equilibrium equation based on summation of moments about a vertical line passing through B (yB).
Write the equations of equilibrium for AB and BC section of the shaft in terms of T with the help of free body diagrams
A uniform bar AB is resting in a horizontal position on smooth inclines as shown below. Determine the load P that will hold the bar in equilibrium. Also, determine the reactions at A and B. SOLVE ASAP
Show how to find the force needed to move the top block. Use reasonable data and use an equilibrium analysis to explain your answer.
Determine:a. If the structure is statically determinateb. Draw a free body diagram of the frame structure and thereafter, determine the magnitude and sense of the reaction forces at the joint A and joint G.c. Using the method of sections, determine the sense and magnitude of the forces in the members,BC, BE and FE, using the principle of static equilibrium of moments.
The bell-crank mechanism is in equilibrium for an applied load of P = 24 kN. Assume that a = 300 mm, b = 235 mm, and θ = 55°. The pin at B has a diameter of d = 22 mm, and the bell crank has a thickness of t = 7 mm. Calculate the bearing stress in the bell crank at pin B.
The torsional spring at B is undeformed when bars OB and BD are both in the vertical position and overlap. If a force F is required to position the bars at a steady orientation θ = 64°, determine the torsional spring stiffness kT. The slot at C is smooth, and the weight of the bars is negligible. In this configuration, the pin at C is positioned at the midpoint of the slotted bar.