The stresses shown in the figure act at a point on the free surface of a machine component. If o = 18.4 ksi in the direction shown, determine the normal stress ox at the point. 2.8 ksi 5.0 ksi Txy 24° O 14.10 ksi O 15.69 ksi O 12.10 ksi O 13.12 ksi O 16.65 ksi

Q: Question 1 Compute the lead of a 4 -19 UNC single t

A:

Q: Identify the number of spur gears available in a Single Purchase Crab Winch a. One b. Three c. Four…

A:

Q: Find the commercial tap drill size for 1⁄2”-20

A: given: Find the commercial tap drill size for 1⁄2”-20 NF bolt.

Q: Complete the following table for 7 types of Engineer’s Hammers.        Types                 Hand…

A:

Q: Angle between side cutting edge and axis of tool is known as: * Back rake angle Side rake angle Side…

A:

Q: O b. tail stock O c. bed

A: Given Data→ Housing Driving pulleys Back gears

Q: In Drilling machine, Feed given to drill in this direction makes the hole Select one: O a. 45 degree…

A: Drilling is a cutting operation in which a drill bit is used to cut a circular hole in a solid…

Q: From the following Identify cutting tool made by forging before hardening and grinding. О а. Ob. О…

A: First step for making a tool is

Q: QUESTION 2 If you have to precisely rotate your workpiece, which is held on an indexing head, by a…

A:

Q: Up milling operation is performed for finishing cut. Select one: True False

A:

Q: In the following milling method, metal is cut by a cutter rotating in the same feed direction of…

A: Ans- b. Down milling.

Q: The force acting on a particle is related to the RADIUS of the centrifu rotor, and since different…

A: C. False - the same

Q: In a single cylinder reciprocating engine, the primary unbalanced force is maximum

A: In a single cylinder reciprocating engine, there is one primary and one secondary unbalanced force.

Q: From the following Identify cutting tool formed by grinding the end piece of a steel stock is O a. O…

A: Option d is correct.

Q: 5. Name a tool that can be used to check an internal thread.

A: In this problem, it is asking about the name of the tool that can be used to check an internal…

Q: A'4- point socket has a drive size of 0.5 inch. Which dimension does this denote? C. Radius of the…

A: A'4- point socket' has a drive size of 0.5 inch means the side of the square is 0.5 inches.

Q: 2 Types of lathe chuck 2 Classification of lathe tool holder 2 Types of shaper

A: Given question: Types of Lathe Chuck Classification of Lathe Tool holder Types of shaper The given…

Q: Center drilling operation performed on lathe machine uses a single-point cutting tool. Select one:…

A: Answer is false

Q: When it comes to finding the moment arm, you must use the distance of the line from the pivot to the…

A: Explanation When it comes to finding the moment arm, you must use the distance of the line from the…

Q: QUESTION 1 Calculate the spindie speed in RPM of a lathe turning a 96 milimeter diameter material…

A:

Q: What kind of endmill has many smaller teeth meant to distribute the load to reduce vibration during…

A: Select the endmill as below features: Utilize a bigger endmill with a bigger center measurement.…

Q: d. Down milling

A: Option (d) is correct. Down Milling

Q: What is the process of locating the instantaneous center?

A:

Q: 250 mm. 3 B 150 mm. E C 112.5 mm.

A: Drawing the instantaneous centre of the rotation of bar BC.

Q: sa complete mechanism. Exercises P.11 – P.14 are examples of four-bar mechanism. In cach problem,…

A:

Q: Link AB is the input link, Link CD is the output link (follower), . (a) What the ratio of force…

A: (a) Draw the force diagram at point C.

Q: Draw three views of the adjusting bracket. Drill-2 Holes Drill PROB. 20 Adjusting bracket.

A: Given isometric view of the adjusting bracket  To sketch the three views  Below the three views are…

Q: The positive rake angle in a single point cutting tool is used to cut non-ferrous metals and low…

A: Positive rake angle is used to reduce shear strain, low power consumption, low cutting force, Less…

Slope and Deflection

The slope in a deflected beam is described as an angle in radians made by the tangent of the section with the original axis of the beam. The deflection at any point on the axis of the beam is defined as the lateral displacement of the point before and after loading.