On the part below, with only the limits of size specified, what coaxiality tolerance is implied between the two diameters? O .005 .500 .01 O 1 degree None Ø.500 01.00 .12 XX = .01 XXX = +.005 ANGLES + 1⁰

Q: On the attached drawing 11A005< what is dimension "G"

A:

Q: 1. For the following part sizes and geometric tolerances, determine the appropriate geometric…

A: Givenϕ 2.062-0.0050.00⊥-Perppendular Toleranceϕ⊥=0.002

Q: The bars AB and AC are joined by a pin at A and a horizontal cable. The vertical cable carrying the…

A: Apply the conditions of equilibirum  RBy+Rcy=200(9.81)=1962N Calculate the length of the rod AB…

Q: The degree of precision of a quadrature formula whose error term is : O 4 2

A: Givenerror term is h23f3ξ

Q: THESE TWO ITEMS FIT TOGETHER AS SHOWN, NO TOLERANCES ARE APPLIED UNTIL YOU D0 IT ANSWER THE…

A:

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

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Q: Identify the primary, secondary and tertiary datums associated with the positional geometric…

A: the identification of datums shown below

Q: A rectangular block 100 mm x 150 mm has a hole with diameter 60 mm at the center. The hole tolerance…

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Q: I require a gap of .03 min and .06 max between the 2.50 dim and the B dim (at the bottom). I apply a…

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Q: A material condition used to indicate that a specified geometric tolerance applies at each increment…

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Q: answer both questions , thank you

A: A) Geometric tolerance = difference between ideal dimension and actual dimension  Ideal dimension =…

Q: ne 1/2-inch diameter pin in the drawing below is required to be perp ature A within tolerance of…

A: A feature control frame is used to show the conditions and tolerances of the dimension of the part…

Q: If the tolerance in the figure below is for a pin .525 in diameter, what is the total positional…

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Q: Need a sectional view of this drawing

A: Given DataThe length of the object is 110.00 units.The width of the object is 54.00 units.The height…

Q: I need help with question number 15 that is pertaining to the print provided.

A: 15.The unidirectional system is used here for the dimension placing. The unidirectional system is…

Q: The sides of a thin rectangular block are measured using different digital calipers as 25.00 + 0.05…

A: In case of sum of subtraction, uncertainties are simply added.

Q: Please answer questions 12

A: as per our guide lines 1solved 12th question only

Q: What is the Bolt size? (don't worry about the tolerances)

A: As we can see the diameter of the hole is 0.41, so assuming the major diameter of the bolt as 0.41…

Q: Draw the three standard orthographic views for the following object.

A: Draw the three standard orthographic views for the following object.

Q: Using the Metric Full Scale Below, what is the red dimension below to the nearest Millimeter? .01…

A: Steps

Q: Using the Engineering Scale 1" = 20', what is the red dimension below to the nearest foot? 20 20 0 1…

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Q: What is the dimension shown on the 2-3" vernier micrometer? inches. Hint: A full rotation of the…

A: As per our company guidelines we are supposed to answer only one question . Kindly report the…

Q: Given a pin with a size dimension of Ø.875±.003 and a perpendicularity tolerance of .002 at MMC to a…

A: Given                   Size dimension =  Ø.875±.003 Perpendicularity tolerance = .002

Q: If the pin in the drawing below is produced at Ø.498, what is its total positional tolerance? C…

A: Given data as per the question Pin diameter =0.498

Basics of Mechanical Engineering Design

The word mechanical engineering design consists of two words, mechanical engineering, and engineering design. Mechanical engineering deals with the design and analysis of mechanical systems and components using the laws and principles of mechanics and physics. On the other hand, engineering design deals with determining the dimensions of the components or members under the action of external influences such as loads to make it fail-safe. Engineering also deals with determining the maximum and safe limit of loads and stresses that can be exerted on a body without causing the component to fail. In the domain of mechanical engineering, design is restricted to determining the permissible safe dimensions and loads that can be applied to the component without causing it to undergo fractures or deformations. Mechanical engineers are primarily in charge of the design and analysis of the mechanical components of a system under static and dynamic conditions.