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What is the kinetic energy of a


proton (proper mass is m0 = 1.67 x 10^-27 kg) travelling at 40 % of the speed


of light?

The rest mass of an electron is 9.1 x


10^-31 kg. What is the relativistic mass if its velocity is 55 % of the speed


of light?

A cabel is pulling a box with mass 300 kg on a horizontal plane. The cabel acts 60

on the direction of movement of the box. If the tension in the cabel is 1000 N and

the box is moved for 4.5 m, calculate the work done to move the box.


A cabel is pulling a box with mass 300 kg on a horizontal plane. The cabel acts 60

on the direction of movement of the box. If the tension in the cabel is 1000 N and

the box is moved for 4.5 m, calculate the work done to move the box.


A satellite orbits Earth at an altitude of 356 kilometers above the planet's surface. Compute for its (a) radius (b) speed (c) orbital period. (ME=5.97x10^24 kg)


When a soccer ball is rolling along a Grassy feild it does not continue moving forward. What is acting upon it to change its state


Rank the following situations from highest air drag to lowest air drag. Webassign will not count this problem as correct until you have correctly ranked all four.A 5 lb lead block traveling at 95% its terminal speed 

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2nd least air drag

 

2nd greatest air drag

 

least air drag

 

greatest air drag

A 10 lb styrofoam block traveling at its terminal speed 

-

 

2nd least air drag

 

2nd greatest air drag

 

least air drag

 

greatest air drag

A 5 lb styrofoam block traveling at its terminal speed 

-

 

2nd least air drag

 

2nd greatest air drag

 

least air drag

 

greatest air drag

A 10 lb styrofoam block traveling faster than its terminal speed 

-

 

2nd least air drag

 

2nd greatest air drag

 

least air drag

 

greatest air drag



Compute the contracted length of an


object whose initial length 30 m and travel with a velocity 0.65c?

Is interference a property of some types of waves only or is it a property of all


types of waves?

A cantilever of length 2 m carries two point loads of 20 KN at the free end and 30 KN at a distance of 1 m from the free end. Find the slope and deflection at free end. Take E= 2×10^5 N/mm^2 and I= 1.5×10^8 mm^4

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