Find the location of center of mass of the two masses

Reference no: EM13318878

Two masses, M1=20.00 kg and M2=12.00 kg, are 50.00 m apart. Find the location of center of mass of the two masses, RELATIVE TO MASS A.

Reference no: EM13318878

Questions Cloud

Determine how far is the blackboard from her eyes : A student is reading a lecture written on a blackboard. The lenses in her eyes have a refractive power of 69.40 diopters, How far (in meters) is the blackboard from her eyes

Detemine elevation and stationing of low point-pvi and pvt : a 1600ft long sag vertical curve(equal tangent) has a PVC at station 120+00 andelevation of 1500 ft.the initial grade is -3.5% and the final grade is +6.5%.

What would be the change in pressure the formation of n2 gas : What would be the change in pressure in a sealed 10.0 L vessel due to the formation of N2 gas when 32.0 g of NH4NO2 decomposes at 25 degrees C

What type of loading arrangements found on a roadheader : Design a suitable ore pass to transport ore a vertical distance of 200m from the extraction level to the transport level of a block caving mining operation.

Find the location of center of mass of the two masses : Two masses, M1=20.00 kg and M2=12.00 kg, are 50.00 m apart. Find the location of center of mass of the two masses

Calculate what is the nominal intrest rate on the loan : John had a little business on the side and did not have a girlfriend when he was at school and ehnce he was able to save the $10,000 for his dream car. The dealer agrees to take the car back for $8000

State the difference between an ionic bond and covalent bond : Describe the difference between an ionic bond and a covalent bond. Give an example of a compound that exhibits ionic bonding. Give an example of a compound that exhibits a covalent bond.

Describe a tunnel-boring machine in detail : Describe a tunnel-boring machine in detail and cite examples of their use. Particular emphasis should be placed on the cycle of operations for such a machine.

Determine what is the minimum diameter of the bar : A circular bar under pure torsion needs to transfer 50 N*m of torque. The total bar length is 1 m and the total rotation can not exceed 2 degrees. The bar is made of a material with G=3000 MPa.

User Account

All Pages