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ayush solanki
- 21
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Does the gravitational force of different planets affect it? I know about the higgs boson and so is that what gives a particle mass?
I thought soOrodruin said:No.
ayush solanki said:I know it sounds dumb
Yea that might be itHallsofIvy said:The weight of objects of the same mass will differ on different planets. Are you confusing "mass" and "weight"?
The mass of subatomic particles can be measured using devices such as particle accelerators and mass spectrometers. These devices use electromagnetic fields to manipulate and measure the mass of particles.
Yes, the mass of subatomic particles can potentially vary on different planets due to differences in gravitational pull, atmospheric conditions, and other factors. However, the differences are likely to be very small and may not be detectable with current technology.
The mass of subatomic particles plays a crucial role in the formation of matter on different planets. The mass of particles affects the strength of gravitational forces, which in turn determines how matter clumps together to form planets, stars, and other celestial bodies.
No, not all subatomic particles have the same mass on different planets. For example, the mass of an electron may vary slightly due to differences in the strength of electromagnetic fields. However, the variations are generally very small and may not have a significant impact on the overall structure of matter.
The mass of subatomic particles is a fundamental factor in the laws of physics and plays a role in various phenomena such as gravity, electromagnetism, and nuclear forces. Therefore, any differences in the mass of particles on different planets may affect the laws of physics in those locations, but the effects are likely to be very subtle.