Option A - Strong nucleur force

Option B - Weak force

Option C - Gravity

Option D - Electromagnetic force

Option A - Event horizon

Option B - Surface of the black hole

Option C - The black hole is evenly densed

Option D - The Singularity

Option A - Fermi Paradox

Option B - Information Paradox

Option C - Black hole Paradox

Option D - Dark energy Paradox

Option A - Never ending motion driven by unlimited energy

Option B - Motion which will stop immediately

Option C - Another name for Circular motion

Option D - Another name for Linear motion

Option A - Waves have two states like bits

Option B - A wave can also be energy at the same time

Option C - A wave can also be a particle at the same time

Option D - It proves that Quantum Physics is not accurate in the classical world

Option A - A tiny force of gravity

Option B - Gravity between two fundamental particles

Option C - Gravity in the Quantum Scale where Quantum mechanics are ignored

Option D - None of the above

Option A - When two fundamental particles fuse together to form a resultant particle

Option B - There is only one definite possibility or state of anything in the universe

Option C - When Quantum waves superpose to form a resultant wave

Option D - The act of uncertainity can cause objects to have more than one possibility or state

Option A - The Exact Momentum and position of a particle can not be known.

Option B - The Exact Momentum and position of a particle can be known

Option C - A principle which opposes the wave particle duality

Option D - Particles are waves but, not at the same time. It can change form

Option A - The Gravitational force is directly proportional to the sum of the masses and inversely proportional to the seperation squared

Option B - The Gravitational force is directly proportional to the product of the masses and inversely proportional to the seperation squared

Option C - The Gravitational force is directly proportional to the product of the densities and inversely proportional to the seperation squared

Option D - None of the above

Option A - Proton

Option B - Electron

Option C - Neutron

Option D - None of the above

Option A - Positron

Option B - Electron Antineutrino

Option C - Any Neutrino

Option D - Proton

Option A - Law of conservation of Momentum

Option B - Law of Conservation of Entropy

Option C - All Laws are conserved

Option D - None of the above

Option A - Entropy in a closed system is always increasing

Option B - Total Energy in a system is always conserved

Option C - The Temperature of a system is always constant

Option D - At 0K, a substance has 0 Entropy

Option A - Strong nucleur force

Option B - Tension

Option C - Gravity

Option D - Weak Force

Option A - E = mc²

Option B - E = hf

Option C - T = 2π√l/g

Option D - E = Gm/T

Option A - Sun bathing

Option B - Radio signals

Option C - Radar

Option D - Security use

Option A - In Theory, No!

Option B - In Practice, No!

Option C - Yes, By a block of Lead

Option D - Yes, By a block of Aluminium

Option A - Light itself can go faster than light.

Option B - Quantum Entanglement

Option C - Gamma radiaion

Option D - Nothing is faster than light

Option A - Another name for dark matter

Option B - A Theory made to explain the accelerating expansion of the universe

Option C - Energy which is dark

Option D - Energy which we can't see

Option A - The idea that Qubits can exist in two possibiltites as one

Option B - A very tiny Computer

Option C - Super fast Computing

Option D - The idea that there is only one possibiltiy for a Qubit to exist