E F B Ꭰ

a= 15.0 in, b= 7.0 in, c= 12.0 in, and d= 12.0 in.,(e = 3.0 in. horizontal), Draw the kinematic diagram in SolidWorks drawing sheet with size A3 iso and suitable scale. Solve the following questions and upload the SolidWorks file below. e 'a What is the degree of freedom of the mechanism? а. b. 0 С. 1 d. 4 е. 2.

How would you determine final dimensions using the plus & minus method for question  #D??

When do the actual dimensions occur?

So what is the answer? What is y (1)? What is the answer up to two decimal places.

29- In a turning operation on brass with hardness = 125 HB, the cutting speed = 200 m/min, teed = 0.25 mm/rev, and depth of cut =7.5 mm. How much power will the lathe draw in performing this operation if its mechanical efficiency 90%. Use the table given below to obtain the appropriate specific energy value. Specific Energy U or Unit Power Pu Brinell Unit Horsepower HP, hp/(in'/min) Material Hardness N-m/mm in-lb/in Carbon steel 150-200 1.6 240,000 0.6 201-250 2.2 320,000 0.8 251-300 2.8 400,000 1.0 Alloy steels 200-250 2.2 320,000 0.8 251-300 2.8 400,000 1.0 301-350 3.6 520,000 1.3 351-400 4.4 640,000 1.6 Cast irons 125-175 1.1 160,000 0.4 175-250 1.6 240,000 0.6 Stainless steel 150-250 2.8 400,000 1.0 Aluminum 50-100 0.7 100,000 0.25 Aluminum alloys 100-150 0.8 120,000 0.3 Brass 100-150 2.2 320,000 0.8 Bronze 100-150 2.2 320,000 0.8 Magnesium alloys 50-100 0.4 60,000 0.15 a) 21,007 b) 38.194 10.503 d) 16.667 3332

A dimension listed on an engineering drawing is known as the _______ _______.

Information such as tolerances and scale can be found in the________ of an engineering drawing.

03. Circle the letter corresponding to the view on the right that shows the result of rotating the object on the left by the indicated amount.

Q1) Create an orthographic projection of the following object. Draw the three standard views. A 45 Fig(1) Fig(2)