Three factors on which radiation rate depends?
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The factors behind rate of radiation are the following:
Temperature: As the temperature increases, the rate of radiation also increases based on Arrhenius law.
Activation energy: As the energy of activation increases, the rate of radiation decreases because more energy is required to be expended to create radiation.
Dosage: Dosage refers to the number of active nuclei undergoing radiation at a given point of time. Higher the dosage, higher the rate of radiation.
Temperature: As the temperature increases, the rate of radiation also increases based on Arrhenius law.
Activation energy: As the energy of activation increases, the rate of radiation decreases because more energy is required to be expended to create radiation.
Dosage: Dosage refers to the number of active nuclei undergoing radiation at a given point of time. Higher the dosage, higher the rate of radiation.
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The three factors on which radiation rate depends on the temperature, Activation energy and dosage.
Explanation:
- Actually all the objects release radiation if their temperature is greater than absolute zero.
- When there is more difference in the temperature of an object and its surroundings, the heat gets transferred very fast.
- The temperature of a body also gets increased when the absorption rate is faster than the rate of its radiation rate.
- The minimum energy required beginning a reaction is called as activation energy.
- The number of energetic nuclei encountering radiation at a given point of time.
- Higher the dosage, the higher the rate of radiation.
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