Recent content by MDM
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Calculating the Heat Capacity of Diamond
Great questions! Only one side is being bombarded (it's encapsulated). The source of the beta particles is 90Sr. With 90Sr you will get a beta from its decay with an average energy of 182 keV and a beta from 90Yr with an average energy of 760 keV. We're looking for the steady state if there is...- MDM
- Post #5
- Forum: Biology and Chemistry Homework Help
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Calculating the Heat Capacity of Diamond
Left out something important here. Let's say there is a source that produces 3.7x10^10 beta particles per second. A beta from this decay has an average energy of 182 keV. With that, over time, how hot will the outside get?- MDM
- Post #3
- Forum: Biology and Chemistry Homework Help
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Calculating the Heat Capacity of Diamond
Homework Statement Heat capacity is the ability of the material to store energy internally. If I completely insulated diamond and I put heat into it, It would have the ability to store 6.57 (Joules/mole) per degree Kelvin. Use this formula q=Cp (ΔT/ Δt) where q is heat in Watts, ΔT is...- MDM
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- Capacity Diamond Heat Heat and mass transfer Heat and thermodynamics Heat capacity
- Replies: 7
- Forum: Biology and Chemistry Homework Help