Show that the moment of inertia of n particles each of mass

Assignment Help Mechanical Engineering

Reference no: EM13617956

Use the principle of angular momentum to eventually derive the moment of inertia integral. For each case, Find the angular momentum Ho of the system and match your result with the formula

Ho = Io*w

1) Show that the moment of inertia of a particle of mass m rotating about some point O at a distance R with and angular speed w is Io = mR^2.

2) Show that the moment of inertia of n particles each of mass (1/n)*m rotating about some point O at a distance R with the same angular speed w is I = mR^2.

Reference no: EM13617956

Questions Cloud

In exercise 7 a sales manager collected the following data : in exercise 7 a sales manager collected the following data on xannual sales and yyears of experience. the estimated

What is their speed after the collision what is the force : a 70.0 ball of clay is thrown horizontally with a speed of 12.0 toward a 920 block resting on a frictionless surface.

It is necessary to maintain a pressure of 180 psi at the : at a ski resort water at 40 f is pumped through a 3-in diameter 2000ft long steel pipe from a pond at an elevation of

Six twelve inc is considering opening up a new convenience : six twelve inc. is considering opening up a new convenience store in downtown new york city. the expected annual

Show that the moment of inertia of n particles each of mass : use the principle of angular momentum to eventually derive the moment of inertia integral. for each case find the

If the block slides at constant velocity what is the work : a block of mass m 10 kg is pushed across a rough table with a force applied at an angle of 28o with respect to the

Elle mae industries has a cash balance of 50000 accounts : elle mae industries has a cash balance of 50000 accounts payable of 150000 inventory of 190000 accounts receivable of

The correlation between incidence of pancreatic cancer and : the correlation between incidence of pancreatic cancer and alcohol consumption is 0.78 while the correlation between

The prevailing wind velocity is 50 kmh the atmosphere is in : a 200-m-high 4-m-diameter stack emits 1000 kgs of 100 degree c gases into 5 degree c air. the prevailing wind velocity

User Account

All Pages