Determine the support reactions and the forces in the member's CD, DH, and DH of the pin-jointed frames as shown in Figure. Identify whether the above mentioned members are in tension or compression

Q: Specify cutting tool angles for a single-point cutting tool and usage of each angle with aid of a…

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Q: 3. Differentiate between Caption and Turret lathe.

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Q: 1. How to realize the forward and reverse of lathe? Please describe with figure. Answer- 2. How to…

A: A lathe machine is a machining tool that is used to shape, face, and machining of round-shaped…

Q: O b. tail stock O c. bed

A: Given Data→ Housing Driving pulleys Back gears

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Q: For a drilling operations, the feed per revolution is 0.08 mm / rev and the spindle speed is…

A:

Q: Determine the transformation ratio (TR)

A: Given; Determine tranformation ratio of the gear train connecting the spindle and the lead screw of…

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A: First step for making a tool is

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A: Find the spindle speed  Cutting speed = 186 m/sec External diameter = 38.50 mm

Q: Explain the axis movements of CNC lathe machine with simple sketch.

A: Explanation of CNC (Computer Numeric Machine ) axes movements. Overview Of CNC In this process the…

Q: 8. How is the perpendicularity between the feed movement and the base plate of the radial drilling…

A: Similar to flatness, perpendicularity is measured with a height gauge; however, the gauge (or…

Q: 1. How to realize the forward and reverse of lathe? Please describe with figure. Answer- 2. How to…

A: Q1

Q: 4. Name 4 types of cutting tool wears and explain what problem can happen if the depth of cut is…

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Q: Find the cutting speed in meter/minute for a step milling operation by 22mm end mill with a spindle…

A: Given               D = 22 mm = 0.022 m  Speed, N = 260 rpm

Q: How can a round or hexagon all Barbie securely and accurately gripped for a lathe turning operation?…

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Q: What are two reasons for center drilling on the lathe?

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Q: Name the milling machine operation in which the dovetail grooves can be produced in the workpiece.…

A:

Q: 1. How to realize the forward and reverse of lathe? Please describe with figure. Answer- 2. How to…

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Q: Define the lathe machine?

A: The definition of the lathe machine is given as under.

Q: Read the sentences given below and Identify the wrong statement.   Sentence 1. The advantage of an…

A: Independent chuck works as the holding device for the workpiece. It contains 4 independent jaws that…

Q: How are center holes drilled after layout ? Show the diagram of a method

A: When work is held and turned between centers, a center hole is required on each end of the work. It…

Q: ample: calculate the

A: given:

Q: Convert a speed of 850 rpm into surface speed mm/a. Spindle diameter = 200mm.

A:

Q: 1. How to realize the forward and reverse of lathe? Please describe figure. Answer- 2. How to make…

A: 1.     In lathes and machines where forward and reverse operations are regularly performed, a…

Q: Write down the parts of an universal chuck

A:

Q: 6. Approximate a spindle speed of 1000 rpm into rad/s. Spindle diameter = 200 mm 2.25 rad/s .16 mm/s…

A:

Q: What are the parts of taper turning?

A:

Q: a) Name and explain any six lathe operations with neat sketch.

A: The Common lathe operations are turning, facing, grooving, parting, threading, drilling, boring,…

Q: Give at least 5 purpose of cutting internal threads by the use of Lathe Machine

A: given; Give at least 5 purpose of cutting internal threads by the use of Lathe Machine.

Q: 1. How to realize the forward and reverse of lathe? Please describe with figure. Answer- 2. How to…

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Q: Name the various ways in which a work-part can be held in a lathe.

A: given: Name the various ways in which a work-part can be held in a lathe.

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Q: Knurling operation is done for )1 نقطة( Sizing purpose Cutting purpose O Gripping purpose

A: Option C is correct.

Q: g device can be used to precisely rotate a workpiece to a specific angle, positioning it a are a few…

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A:

Q: w many revolutions per minute is a spur gear turning, if it has 30 teeth, a circular pitch of…

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Axial Load

When a bar of the uniform cross-section is acted by a load, such that the load acts along the longitudinal axis of the bar, such kinds of loadings are known as axial loadings. In general terms, a load is an external force acting on a component. An axial load acts perpendicular to the geometric cross-section of the component. Based on the direction of the application of the load, an axial load can be tensile or compressive. The analysis of bodies under the action of axial loads is generally studied under the branch of mechanics, known as statics.