A 60 m B

Using unity conversion ratios, show that 1.00 lbm weighs 1.00 lbf on earth

Build the following part. Report the volume in mm^3. Assume all dimensions are in mm. A=52 B=19 Your answer should have 0 decimal places needed. Ex: 76,440 10 - 30 B

1 0 Calculate the total volume of the cylindrical component below (not to scale): L1 D1- D1 = 1.12 cm D2 = 0.71 cm D3 = 1.58 cm L1 = 18.68 cm L2 = 15.36 cm L3=13.77 cm L4 = 9.77 cm Answer: Check L2 L3 L4 D2- What is the volume of the cylindrical component? (State your answer in S.I. units (m³), accurate to 3 significant figures) D3

In (Eigure 1). Fy-700 N and @-20 Figure 30 FA-700 N 1 of 1 Determine the magnitude of the resultant force Express your answer to three significant figures and include the appropriate units. > View Available Hint(s) Fu Submit Part B. Value Determine the direction of the resultant force, measured counterclockwise from the p bitive y axis Express your answer in degrees using three significant figures. View Available Hint(s) Submit Units 15. ΑΣΦ. 11 Ivec Provide Feedback

Build in Solidworks

The pedal and brake drum are illustrated in Figure Q2(b). The 160 mm radius brake drum is attached to a larger flywheel (not shown). The total mass moment of inertia of the flywheel and drum is 20 kg-m? and the coefficient of kinetic friction between the drum and the brake shoe is 0.35. The initial angular velocity of the flywheel is 360 rpm counterclockwise. If the system is to stop in 100 revolutions, determine the vertical force P that must be applied to the pedal C. (Hint: Draw a free-body diagram for the brake drum and pedal, separately and label all the forces)

Calculate to the correct number of significant figures. (3.14x2.4367) - 2.34

A steel collar has an inside diameter of 1-1/8 in., an outside diameter of 3-3/4 in., and a length of 2-7/16 in.The steel used to make the collar weighs 0.283 pounds per cubic inch.Calculate, to the nearest hundredth, the weight in pounds of the collar.

1.0 MPa 2.0 MPa 1.5 MPa Figure Q4