Bissoy.com
Doctors Medicines MCQs Q&A

Which of the following subatomic particle has the highest mass?

Which of the following subatomic particle has the highest mass? Correct Answer Neutrons

Neutron has the highest mass because it is the heaviest among all subatomic particles with mass of 1.0087 amu. Proton has a mass of 1.0073 amu which is slightly lower than the neutron and the mass of electron is 0.00055 amu.

Related Questions

What is the monoisotopic and average mass of valine? Given data: Mass of the most abundant isotope of Carbon (C°)=12.0000, Mass of most abundant isotope of Hydrogen (H°)=1.0078, Mass of most abundant isotope of Oxygen (O°)=15.9949, Mass of most abundant isotope of Nitrogen (N°)=14.0031, The average mass of Carbon (C)=12.011, The average mass of Hydrogen (H)=1.008, The average mass of Oxygen (O)=15.999, The average mass of Nitrogen (N)=14.007.
A particle of mass M moving in a straight line with speed v collides with a stationary particle of the same mass. In the centre of mass coordinate system, the first particle is deflected by 90°. The speed of second particle after collision in laboratory system will be
A particle of mass m is attached to a thin uniform rod of length a and mass 4m. The distance of the particle from the centre of mass of the rod is $$\frac{a}{2}.$$
Classical Mechanics mcq question image
The moment of inertia of the combination about an axis passing through a normal to the rod is
The mass of particle A is double the mass of particle B and the charge on both the particles is equal. If both the particles are moving perpendicular to the magnetic field B with equal speed, then the ratio of the magnetic force on particle A to particle B will be:
A particle of m mass moving at a v speed collides with a stationary particle of another m mass. What will be the velocity of the first particle after the collision?
Consider a two particle system with particles having masses m1 and m2. If the first particle pushed towards the centre of mass through distance D by what distance should the second particle be moved so as to keep the centre of mass at same position?
A particle of mass m is confined in the potential
Quantum Mechanics mcq question image
\[V\left( x \right) = \left\{ {\begin{array}{*{20}{c}} {\frac{1}{2}m{\omega ^2}{x^2},}&{{\text{for }}x Let the wave function of the particle be given by $$\psi \left( x \right) = - \frac{1}{{\sqrt 5 }}{\psi _0} + \frac{2}{{\sqrt 5 }}{\psi _1}$$
where $${\psi _0}$$ and $${\psi _1}$$ are the eigen functions of the ground state and the first excited slate respectively. The expectation value of the energy is
What subatomic particle with no charge and little or no mass was predicted to exist in the 1930s but was not actually observed until the 1950s?
Read the given statements and conclusions carefully. Assuming that the information given in the statements is true, even if it appears to be at variance with commonly known facts, decide which of the given conclusions logically follow(s) from the statements. Statements: All Matter is Space. Some Mass is Matter. Conclusions: A. All Mass is Space. B. Some Mass is Space. C. Some Space is Mass. D. All Space is Mass. E. All Matter is Mass.
Consider the following statements : (a) Penetrating power of a particle is inversely proportional to its mass. (b) Penetrating power of an α (alpha) particle is less than that of a β (Beta) particle. Which one of the following gives a correct picture about the above statements?