Kinetic Energy gained by Target Nucleus in Chemistry Formulas

Kinetic Energy gained by Target Nucleus is the amount of kinetic energy that the target nucleus of mass M gains when collided with a particle of mass m. And is denoted by E_M. Kinetic Energy gained by Target Nucleus is usually measured using the Megaelectron-Volt for Energy. Note that the value of Kinetic Energy gained by Target Nucleus is always negative.

Formulas to find Kinetic Energy gained by Target Nucleus in Chemistry

fxDetermination of Amount of Energy Transferred to Target in Elastic ScatteringGo

List of variables in Chemistry formulas

fx Mass of Incident Particle Go

fx Mass of Target Nucleus Go

fx Angle between Initial and Final Path of Particle Go

fx Kinetic Energy of Incident Particle Go

FAQ

What is the Kinetic Energy gained by Target Nucleus?

Kinetic Energy gained by Target Nucleus is the amount of kinetic energy that the target nucleus of mass M gains when collided with a particle of mass m. Kinetic Energy gained by Target Nucleus is usually measured using the Megaelectron-Volt for Energy. Note that the value of Kinetic Energy gained by Target Nucleus is always negative.

Can the Kinetic Energy gained by Target Nucleus be negative?

Yes, the Kinetic Energy gained by Target Nucleus, measured in Energy can be negative.

What unit is used to measure Kinetic Energy gained by Target Nucleus?

Kinetic Energy gained by Target Nucleus is usually measured using the Megaelectron-Volt[MeV] for Energy. Joule[MeV], Kilojoule[MeV], Gigajoule[MeV] are the few other units in which Kinetic Energy gained by Target Nucleus can be measured.

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