The mass-energy relation is the outcome of which teory?

The mass-energy relation is the outcome of which teory?
by

1 Answer

Answer :

– Special theory of relativity
by
selected

Related questions

The mass-energy relation is the outcome of which teory? -General Knowledge

Description : The mass-energy relation is the outcome of which teory? -General Knowledge

Last Answer : The answer is 'Special theory of relativity'

The mass-energy relation is the outcome of which teory? -General Knowledge

Description : The mass-energy relation is the outcome of which teory? -General Knowledge

Last Answer : answer:

1. In which year was the Constituent Assembly which framed the Constitution for Independent India set up? 2. The mass-energy relation is the outcome of which teory? 3. Who is the author of the book ‘India Remembered’? 4. Local thunderstorms ‘Norwesters’ are prominent in which state? 5. Who among the following had led the Swadeshi Movement in Delhi?

Description : 1. In which year was the Constituent Assembly which framed the Constitution for Independent India set up? 2. The mass-energy relation is the outcome of which teory? 3. Who is the author of the ... metric tones fish in 2010? 20. Who was appointed by Ashoka to administer justice in his empire?

Last Answer : Answer : 1. 1946 2. Special theory of relativity 3. Pameia Mountbatten 4. West Bengal 5. Syed Haider Raza 6. 15 7. 17-30 years 8. Sachidananda Sinha 9. Lowered 10. Kashmir 11. Nichrome 12. ... Assembly 14. Fishing 15. Kushans 16. Meningitis 17. Centre and States 18. Kerosene 19. Japan 20. Rajuka

The mass-energy relation is the outcome of – (1) quantum theory (2) general theory of relativity (3) field theory of energy (4) special theory of relativity

Description : The mass-energy relation is the outcome of – (1) quantum theory (2) general theory of relativity (3) field theory of energy (4) special theory of relativity

Last Answer : (4) special theory of relativity Explanation: Special theory of relativity postulates that the speed of light is a universal constant. We cannot reach speeds greater than the speed of light by the relativistic addition of velocities.

The mass-energy relation is the outcome of (1) quantum theory (2) general theory of relativity (3) field theory of energy (4) special theory of relativity

Description : The mass-energy relation is the outcome of (1) quantum theory (2) general theory of relativity (3) field theory of energy (4) special theory of relativity

Last Answer : special theory of relativity

The mass-energy relation is the outcome of which theory?

Description : The mass-energy relation is the outcome of which theory?

Last Answer : Special theory of relativity

What is the relation between mass and acceleration if the force applied to an object is constant ?

Description : What is the relation between mass and acceleration if the force applied to an object is constant ?

Last Answer : The lower the mass, the higher the acceleration.

Einstein’s mass energy relation is given by which expression? -General Knowledge

Description : Einstein’s mass energy relation is given by which expression? -General Knowledge

Last Answer : The answer is 'E = mc2'

Einstein’s mass energy relation is given by which expression? -General Knowledge

Description : Einstein’s mass energy relation is given by which expression? -General Knowledge

Last Answer : answer:

According to Einstein's mass -energy relation (a) E = m2c (b) E = mc (c) E = mc2 (d) E = vmc

Description : According to Einstein's mass -energy relation (a) E = m2c (b) E = mc (c) E = mc2 (d) E = vmc

Last Answer : Ans:(c)

Mass Energy relation is a conclusion of – Theory of Relativity

Description : Mass Energy relation is a conclusion of – Theory of Relativity

Last Answer : Zero

Mass Energy relation is a conclusion of – Theory of Relativity

Description : Mass Energy relation is a conclusion of – Theory of Relativity

Last Answer : Momentum

Einstein’s mass energy relation is given by which expression?

Description : Einstein’s mass energy relation is given by which expression?

Last Answer : E = mc2

Explain Einstein’s mass energy relation.

Description : Explain Einstein’s mass energy relation.

Last Answer : Albert Einstein derived an equation which is related to the mass transformed into energy and the amount of energy released. 2 The equation is E = mc where E is the energy released in joules, M is the mass transformed in kg 8 C is the velocity of light (3x10 ms –1 )

The gravitational potential energy between two bodies is inversely proportional to: w) the cube of the distance x) the first power of the distance y) the square of the distance z) it has no relation to distance

Description : The gravitational potential energy between two bodies is inversely proportional to: w) the cube of the distance x) the first power of the distance y) the square of the distance z) it has no relation to distance

Last Answer : ANSWER: X -- THE FIRST POWER OF THE DISTANCE

The relation, Sc = Pr = 1, is valid, when the mechanism of __________ transfer is same. (A) Heat and mass (B) Mass and momentum (C) Heat and momentum (D) Heat, momentum and mass

Description : The relation, Sc = Pr = 1, is valid, when the mechanism of __________ transfer is same. (A) Heat and mass (B) Mass and momentum (C) Heat and momentum (D) Heat, momentum and mass

Last Answer : (A) Heat and mass

Pick out the wrong statement. (A) The Reynolds analogy for mass transfer is given by Lewis relation and is applicable, when Schmidt number is one (B) Sherwood number for flow in pipes can be expressed as the ratio of the concentration gradient at wall to the overall concentration difference (C) According to film theory for equimolar counter diffusion, the mass transfer coefficient is given by DAB(B)P - 3, Q - 2 (D) The z-component of the total mass flux of a component A in binary mixture of A and B is given by - Dab'.dCA/dz

Description : Pick out the wrong statement. (A) The Reynolds analogy for mass transfer is given by Lewis relation and is applicable, when Schmidt number is one (B) Sherwood number for flow in pipes can be expressed ... flux of a component A in binary mixture of A and B is given by - Dab'.dCA/dz

Last Answer : (C) According to film theory for equimolar counter diffusion, the mass transfer coefficient is given by DAB(B)P - 3, Q - 2

The relation among various mass transfer co-efficients (M.T.C) for ideal gases is given by (where, Kc & Km are M.T.C. for equimolar counter diffusion with concentration & mole fraction respectively as the driving force. and, Kp= M.T.C. for diffusion of a gas through a stagnant inert gas with pressure as driving force.) (A) Kc = Kp = Km (B) Kc = Kp /RT = Km . RT/P (C) Kc = Kp . RT = Km . RT/p (D) None of these

Description : The relation among various mass transfer co-efficients (M.T.C) for ideal gases is given by (where, Kc & Km are M.T.C. for equimolar counter diffusion with concentration & mole fraction respectively as the driving ... (C) Kc = Kp . RT = Km . RT/p (D) None of these

Last Answer : (C) Kc = Kp . RT = Km . RT/p

For a two-rotor system, the length of one shaft (A) is twice the other (B), then what is the relation between the mass moment of inertia of the shafts. A 2I(A) = I(B) B I(A) = 2I(B) C I(A) = I(B) D 2I(A) = 3I(B)

Description : For a two-rotor system, the length of one shaft (A) is twice the other (B), then what is the relation between the mass moment of inertia of the shafts. A 2I(A) = I(B) B I(A) = 2I(B) C I(A) = I(B) D 2I(A) = 3I(B)

Last Answer : A 2I(A) = I(B)

Which of the following relation is correct regarding free torsional vibrations of a single motor system? a) Independent of modulus of rigidity b) Independent of polar moment of inertia c) Dependent on mass moment of inertia d) Independent of length of shaft

Description : Which of the following relation is correct regarding free torsional vibrations of a single motor system? a) Independent of modulus of rigidity b) Independent of polar moment of inertia c) Dependent on mass moment of inertia d) Independent of length of shaft

Last Answer : c) Dependent on mass moment of inertia

“The refractive index of diamond is 2.42”. What is the meaning of this statement in relation to speed of light? -Physics

Description : “The refractive index of diamond is 2.42”. What is the meaning of this statement in relation to speed of light? -Physics

Last Answer : I hope it helped you

What is the relation between wavelength, frequency and velocity? (1) velocity of wave = frequency * wavelength (2) velocity of wave = frequency/wavelength (3) velocity of wave = wavelength/frequency (4) None of above

Description : What is the relation between wavelength, frequency and velocity? (1) velocity of wave = frequency * wavelength (2) velocity of wave = frequency/wavelength (3) velocity of wave = wavelength/frequency (4) None of above

Last Answer : a) velocity of wave = frequency * wavelength

The first equation of motion gives the relation between : (1) Position and time (2) Position and Velocity (3) Velocity and time (4) Velocity and acceleration

Description : The first equation of motion gives the relation between : (1) Position and time (2) Position and Velocity (3) Velocity and time (4) Velocity and acceleration

Last Answer : (3) Velocity and time Explanation: The equation v = u + at is called Newton's first equation of motion, where, u = Initial velocity, v = Final velocity, a = acceleration and t = time.