General Relativity and Cosmology

The statement, "There is no local experiment that can be done to distinguish between the effects of a uniform gravitational field from a non accelelerating inertial frame and the effects of a uniformly accelerating (non inertial) reference frame" is known as

• Law of Gravitation
• Equivalence principle
• Law of Conservation of Energy
• Law of Inertia

There will be a frequency shift for a photon moving in a gravitational field.

• True

• False

Light follows a curved path in an accelerating frame

• True

• False

According to General theory of relativity it is the Curvature in Spacetime that is seen as

• Gravity

• Rainbow

• Milky Way

• EM Waves

Curvature of spacetime is proportional to mass energy density is called as

• Einstein Field Equation

• Newtons Law of Gravitation

• Hawking relation

• Special Relativity equation

At a sufficiently large scale, the Universe is homogeneous and isotropic is known as

• Equivalence Principle

• Cosmological Principle

• Einstein General Relative Theory

• None of the options

The velocity of a galaxy is directly proportional to its distance from us is called

• Doppler Shift

• Hubble's law

• big bang theory

• None of the option

Steady State hypothesis gives an explanation for the expansion of Universe

• True

• False

CMBR stands for

• Cosmic Magnetic Burst Radiation
• Catastrophic Meteorite Blast Radiation
• Centralized Microwave Background Radiation
• Cosmic Microwave Background Radiation

The out ward pressure stopping gravity from crushing a white dwarf is called

• Proton degeneracy pressure
• Neutron degeneracy pressure
• Electron affinity pressure
• Electron degeneracy pressure