8 inch radius 8 inch circumference 8 inch all around 8 inch diameter R.70 4x 1.40 B IP 1.00 SECTION A-A SCALE 0.400

Q: 5-37. A package-moving device is shown in Figure P6.37. For the configuration illustrated, use the…

A: To determine the linear velocity of the package as the crank rotates clockwise at 80 rpm.using the…

Q: Figure 1. Length of line AC? Zradis 8.33" 10 5.83" 9.72" 11.33" Figure 1. Value of angle <BAC in…

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Q: Which percentile is typically for designing lower-limit dimensions? - 95th 5th 50th 99th

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Q: Using the diagram, determine the maximum diameter for DIA B.

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Q: Compute Ix (I sub x, in inches4, round-off to 2 decimal places) for the region shown.

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Q: L-20 inches d-0.75 inch a-0.1875 inch Ea-10,000 ki Eb-17,000 ki Pa-Pb What is the thickness b?…

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Q: 3+4s / 9s² - 16 inverse Laplace

A: Concept Of Laplace Inverse Transformation Is Used

Q: The object shows the center of the whole is three inches from the left surface and one inch from the…

A: we have to determine what kind of dimensions are used in the hole

Q: 3 just wearing his suit so you know he's an astronaut, is holding a space space chest along with the…

A: M = 761 g  h = 0.6m          a     distance between E to B         d = 0.7 2+0.62        d =0.92 m

Q: What is Line B?

A: Solution:

Q: In the following figure, add the largest equal coordinate tolerances so that if two parts are…

A: Maximum distance between mating hole centers, d = 0.5 mmLets assume the equal coordinate tolerance…

Q: Draw back the drawing given  with the scale 1:1 on the new drawing paper using all the method on…

A: 1. First off all we need to locate the two points of the given part at distance of 200 mm apart in…

Q: Build the following part and report the volume in units cubed. A = 48 B = 51

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Q: 2 ft 2 ft 3 ft A 6 ft

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Q: 2. For the plan area shown, determine the location of the Centriod. Use you're the last two digits…

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Q: 0.75' C 4.5' Z 21-4 D A a 2 0.5' 2.5' B 10.5 X

A: (a) 2z ft(b) 0.5x+0.5y ft(c) -4.5x+0.75y+2.5z(d) -3.9x+y(e) 0.5x+0.5y-2z(f) 0.6x+0.25y-2.5z(g)…

Q: Select the correct statement about the notation circled in green and marked as letter C. Assume all…

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Q: ect with dimension. mode 50 R20 Ø20 25 15 Ø32 Ø60 80 45 50 60

A: According to the details provided in the question, we need to DRAW the half sectional view of the…

Q: Compute Îx (I bar sub x, in inches“, round-off to 2 decimal places) for the region shown. 6 in. 6…

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Q: E 12.5 m C А 8 m 5 m

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Q: The L2 steel bolt as shown in Figure 4 has a diameter of 5 mm, and the link AB which is made from…

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Q: Compute Ix (I sub x, in inches“, round-off to 2 decimal places) for the region shown. 4

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Q: Determine the x, y, z components of reaction at the thrust bearing D 0 = 0°.

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Q: The horsepower (hp) that a shaft can safely transmit varies jointly with its speed (in revolutions…

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Q: 150 m 50 mm 85 mm Section X-X 20 kN

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Q: Compute the deflection of C after the load removed.

A: Given Conditions :

Q: 0.250 DRILL THRU SIX HOLES EQUALLY SPACED 23° 30° CYLINDRICAL PLATE 1" STD 8 PIPE 3" XS BI PIPE 3"…

A: Section A-A represents the following thing.

Q: A hollow steel has an outside diameter of 5in. and it's inside diameter is 4in. What is the…

A: Outside diameter, do=5 inInside diameter, di=4 in

Q: a) Calculate the area of the plate. A= Number in?

A: Given:

Q: Determine larger diameter, for the figure below. All dimensions are in mm) 110.916 Ø40 091 108.517…

A: The larger diameter is 130.916 mm.

Q: Using unity conversion ratios, show that 1.00 lbm weighs 1.00 lbf on earth

A: Given Data: The given mass is M = 1 lbm. The expression for the weight (W) is, W=Mg Where g is the…

Q: Create a table showing wrench sizes in metric and U.S. units.

A: Following are the wrench sizes in metric and U.S. units.

Q: Draw the following using the figure given: 1. 45 degree CAVALIER 2. 45 degree CABINET OBLIQUE 3.…

A: According to the details provided in the question, we need to draw 1. cavalier oblique view  2.…

Q: If A=0.375 inch, B=0.923 inch, C=1.0992 inches, find G A 기사 W -|×|-> G- -B- -C- F E-

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Moment of Inertia

Inertia can be termed as a resistance offered by a body to change its state. A rigid body initially at rest will apply resistance when acted by an external force that tends to change its state of rest or velocity, or a body initially at motion will provide resistance in changing its state of velocity or motion for coming to a state of rest. In other words, Newton's first law of motion describes the law of inertia of a rigid body.