4. The rotating nozzle sprays a large circular area and turns with the constant angular rate = K. Particles of water move along the tube at the constant rate i = c relative to the tube. Write expressions for the magnitudes of the velocity and acceleration of a water particle P for a given position in the rotating tube. n 6=K Z P

Q: Which among the following is a forming process in which thickness of the metal plate is decreased by…

A: Rolling: In this handle, the workpiece within the frame of slab or plate is compressed between two…

Q: Give an example of concentrated force.

A: Whenever total magnitude of a force act on a single point then this type of loading on a beam is…

Q: What are internal forces?

A: Internal forces are defined as the forces exerted by the particles of the body on each other within…

Q: 2. Write 5 details found on the drawing title block?

A: The bottom right hand corner block in engineering drawing sheet is known as title block. This block…

Q: Metal forming processes can be classified into two basic categories:

A: Sheet metal working Bulk deformation processes

Q: To show how individual pieces fit together, it is necessary to use larger-scale drawings and section…

A:

Q: Which therbligs correspond to which activities? 1.Lift and move wrench toward screw 2.Reposition…

A: Solution:

Q: Files are used for removing large of amount of materials. Select one: True False

A:

Q: how would i do the Chamfering for this part on the lathe? what cutting tool would i use  what…

A: Given drawing:

Q: What is the key information that needs to be incuded in a section view on an assembly drawing.…

A: The Answer is below

Q: What type of lines can be used in a drawing to show that part of an object has been removed ?

A: Solution : There are two types of line which are used to show the removed part of an object : Break…

Q: se explain how you got the P1 and P2 final numbers from the giv

A: We have given in question T=200 and 250 degrees Celsius P=17.3 and 74.4 mm of Hg

Conservation of Energy

In physics, the rule of the conservation of energy states that energy doesn’t disappear from the atmosphere; instead, it changes its form from one type to another. Energy is one of the most important physical quantities in nature, and it cannot be created or destroyed — only transformed.