How do integrate to get fbd= 15/28

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Q: Use blank or isometric grid paper to draw the isometric views of the following objects.

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A: Vibration Monitoring System- Vibration Monitoring System is used to discover looseness,…

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Q: 1. For the linkage system show, Link 1 moves along the vertical direction via a linear motor. Link 2…

A: Dear Students Answer is given in the below attachment

Q: An antenna in the shape of a cylindrical rod projects from the top of a locomotive. If the antenna…

A: GivenL =42in=42×0.0254=1.0668 md=0.200in=0.20×0.0254=0.00508mV=160 mph=160×0.44704=71.5264 m/s

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A: following is the answer to the above problem-

Q: FLUID OCCUPIES 3.5m^3. IF IT HAS A MASS OF 2500 kg. CALCULATE THE SPECIFIC WEIGHT .

A: According to the given data  Volume of the fluid = V=3.5 m3 mass of the Fluid = m=2500kg  We need to…

Q: A single-stage centrifugal pump having a suction pipe 254 mm in diameter and a discharge pipe…

A: Givend1=254mm=0.254 md2=5in=5×0.0254=0.127 mQ=48 lps=48 ltr/s=0.048 m3/sP1=-118 mm…

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Q: Problem 12.241 In the pulley system shown, the winch at A is retracting rope with constant speed vy.…

A: According to the given data  vA=vr we need to find The Velocity of the base D with respect to the C

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A: Given:Initial deflection of mercury, hHg=208 mm=0.208 mPressure at A is increased by =34 kPa=34*103…

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A: Given: To find: Freebody diagram Frictional force

Q: Find the magnitudes of the forces in pins B and D. A Answers: B = i D= i A 570 N B N BD 790 N C

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Q: Derive the general finite element equations for a solid structure. Hint: The functional for stress…

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Q: oblem 4: puts: a = 4.5" (the "symbol indicates inches) b= 1/4" (rod diameter) ● F₁ = 13 lb ave you…

A: a=4.5in b=1/4 in F1=13lb To find magnitude of force F2

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Q: *2-88. Express each of the forces in Cartesian vector form and determine the magnitude and…

A: Given data  F1= 80lb F2= 50lb Find the magnitude of resultant force and its directional angles

Q: What kind of Multiple repetitive cycle is show on scheme below? D C (X,Z) B Peck drilling in Z-G74…

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Free Body Diagram

The system of forces acting on a body tends to either rotate it or make the body undergo motion. In general, when an external agent exerts a force on a body, the body undergoes translational motion and rotational motion. The body has six degrees of freedom under the influence of that force. Here, three degrees of freedom are from the translational motion while the other three are from the rotation motion. However, sometimes the bodies are not allowed to undergo any motion and are fixed, under such conditions the body is said to be constrained.