The rim offset is the vertical distance between the rim centerline and the    of the disc.

Q: Shift weight C so the lever would balance 1/4 of the total length of the board measured from left to…

A:

Q: -bide and ste exponent of 0.

A:

Q: The inner and outer surfaces of a cyl nd

A: K = 2 W / mk    r1= 1 cm , t1 = 300 degree    r2 = 2 cm , T2 = 100 degree    The diagram has been…

Q: Draw front,top and side view for the given object

A: Orthographic Projection It is a form of presenting a three-dimensional object into Two dimensional.…

Q: n in the figure. If the drum

A:

Q: 18 бресуте пашу д slund is 1234. Determine density

A: Given data : Specific gravity=S.G Density of water=ρW   To find : Density of fluid

Q: Q2: Draw the Full Sectional Front view and Top View of given object

A: Orthographic Projection It is a form of presenting a three-dimensional object into Two dimensional.…

Q: Multiple choice Which wheelbarrow shown is well designed

A: Given:

Q: does it relate to effective in

A: Inertia-like effects of spinning machinery, passive load responses, and active generator…

Q: The rectangular 45° elbow has a throat radius of 5 inches. The heel radius is15 inches.

A: Consider a figure as shown below.

Q: ircular cylinder.

A:

Q: Please upload the excel to support your results on how to find the inertia force of reciprocating…

A:

Q: hing 3304 kN is If the block is 9

A: Weight of block = 3304 kN Weight of sea water displaced = volume of water x density Volume of water…

Q: The diameter of the wheel (in mm) is

A: Given data,  Figure shows a wheel rotating about O2.Two points A and B located along the radius of…

Q: Draw the fi aximum b

A: GIVEN:length of beam l=4mload at free end =4kN

Q: What is center of percussion? Write down Procedure for finding COP of a wooden compound pendulum

A: Given;To define contre of percussionTo write procudure for finding COP  of a wooden compound…

Q: Determine the horizontal and vertical

A: Given: TO determine: The horizontal force and the vertical force on the tank

Q: find the three views of the adjusting bracket

A: List of three view are shown below: 1.

Q: What is the symmetrical axis?

A: Axis of symmetric.  Axis of Symmetry is a line that Split the figure into two symmetrical sections…

Q: ne weight of the piston is

A: P=7383.7N

Q: How can angular displacement be determined by angular acceleration?

A:

Q: The simplest type of balance for weighing is the___________.

A: To balance the weight, there are multiple possible lever arrangement. One such example is shown…

Q: ratio of velocity of the center of disk A

A: Given; Two disks A and B with identical mass (m) and radius (R) are initially at rest.They roll down…

Q: 250cm+10m

A: Given Data : 250cm+10m

Q: Q3: Draw the Full Sectional Front view and Top View of given object

A: Top view and sectional view of the given object is drawn here. Section is taken at A-B.

Q: A shift lever ball has diameter 2.535 in. What is its volume in cubic inches

A: Given   Diameter, d = 2.535 in       Radius, R = 1.2675 in Find    Volume, V

Q: The dial indicator shows no variation when traversed along the surface of the piece placed over the…

A:

Q: e of mas: rected as . For a g

A: given:u1=0v2=0

Q: Why Moment of Inertia is more or less in small or the experimental calculation? large disc based on

A: The formula for calculating the moment of inertia                I = mR2/2

Q: Q2:- Draw the sectional front view of the object given below. [15] $70 $50 08

A: The front view is the view observed in x-direction. Sectional front of the object will be given as:

Q: dimension of the block (in mm) is

A: Given; σ=500ε0.1where,  ε true strain Young modulus= rl is 200 GPa Block thickness=100 mm material…

Q: What is the linear speed of a 600 mm dimeter wheel rotating at 100 rpm? Your answer should be in…

A: Given Data Diameter of wheel is : D=600 mm Rotational speed of wheel is : N=100 r.p.m Now the…

Q: Q1. Draw only Front View of the given object.

A:

Q: provide a detail working of how to find inertia (I)

A: we have to evaluate the moment of inertia of I section

Q: A locomotive semi-elliptical

A: Kindly refer all the pages for detailed answer

Q: a) Calculate the thigh, shank and knee angles based on the XY coordinates of the hip, knee and ankle…

A: Given DataCordinatesKnee=1.2,0.5Ankle=0.9,0.1Hip=1.1,0.9

Q: In what direction must the bottom of a tire andwheel assembly be moved to add more positivecamber?

A: Given Data : Bottom of tire Wheel assembly

Q: Adroplet with unknown diameter has an inside pressure of 980 and outside pressure of 620 find the…

A: Given: Pinside = 980 N/m2 Poutside= 620 N/m2 σ=0.08 N/m

Q: Shaft Disc

A:

Q: What do you mean by instantaneous axis of rotation?

A: Instantaneous axis of rotation The instantaneous axis of rotation can be termed as the instant…

Q: 25 mm /omm 20mm Vomm 20mm

A: Given: To determine the centroid.

Q: ) The angular velocity of rod DE 1

A:

Q: How many rotations of a 1 m diameter wheel would it take to traverse 50 m of distance.

A: Given data :-  Diameter d = 1 m  Distance = 50 m  Find :-  How many revolutions = ?

Q: oment of inertia about

A:

Q: Draw the front and right vlews of the solld below. Front Right

A: The front view and side view of the figure shown above will look exactly same. In both, the views…

Q: Shift weight C so the lever would balance 3/8 of the total length of the board measured from left to…

A:

Q: The car body is made of

A: Option (b) low carbon steel is correct option.

Q: wheel

A: Correct answer is given below

Engineering Drawing

Technical drawing has been around since ancient times. As in the ancient Renaissance, complicated drawings were created, including Leonardo da Vinci's drawing. Modern engineering drawing, including its specific orthographic projection with scale conventions, began in Europe (France) during the early stages of Industrialization. L.T. C. Rolt also made some of Marc's drawings for its block-making machinery (in 1799) that also may have contributed significantly to British engineering technology. Since he learned the art of presenting three-dimensional(3D) items in a two-dimensional(2D) plane, as we now term mechanical drawing.