How much kinetic energy would it have at this speed

Assignment Help Physics

Reference no: EM131015708

(i) How fast must a particle travel relative to an observer for its total energy to be double its rest-mass energy?

(ii) If the particle is an electron, how much work (expressed in keV) is required to accelerate it from rest to 0.50c?

(iii) How much kinetic energy would it have at this speed?

(iv) What would be its momentum?

Reference no: EM131015708

Questions Cloud

Identify potential solutions to this problem : Your task: The Chief Operating Officer (COO) for XYZ, Inc. has asked you to identify potential solutions to this problem. A briefing has been scheduled for you to present your recommendations to the executive management team for consideration

Explain how non-volatile ram can help speed up disk writes : Since indexes speed up searches, why wouldn't the DBMS automatically create an index for every column of a table?

Find radius of father ball and the radius of daughter ball : They are each sitting on a beach ball that is just submerged beneath the water (see the figure). Ignoring the weight of the air in each ball, and the volumes of their legs that are under the water, find (a) the radius of father's ball and (b) the ..

Estimate the mechanical power in watts for a top climber : If the body is 20% efficient at converting chemical energy into mechanical energy, approximately how many joules and kilocalories of chemical energy does the body expend during the stair climb? Note: 1 food calorie = 1 kilocalorie = 4186 J. Expres..

How much kinetic energy would it have at this speed : How fast must a particle travel relative to an observer for its total energy to be double its rest-mass energy? If the particle is an electron, how much work (expressed in keV) is required to accelerate it from rest to 0.50c?

What is the resulting dtf of the solution : A solution is made by dissolving 25.5 grams of glucose (C6H12O6) in .325 kilograms of water. If the molal freezing point constant for water (Kf) is -1.86 °C/m, what is the resulting Δtf of the solution

How fast and in what direction must galaxy a be moving : How fast and in what direction must galaxy A be moving if an absorption line found at wavelength 550nm (green) for a stationary galaxy is shifted to 450nm (blue) (a "blue shift") for Galaxy A? How fast and in what direction is galaxy B moving if ..

What the different between j2me vs android : In your opinion identify and describe any five aspects which ensure the existence of M Commerce in long run

What power reading glasses should be prescribed to treat : A farsighted eye is corrected by placing a converging lens in front of the eye. The lens will create a virtual image that is located at the near point (the closest an object can be and still be in focus) of the viewer when the object is held at a ..

User Account

All Pages