Thursday, January 5, 2012

Module 2, Assigment 3

Describe your best simulations and your interpretations on the Blog. Also demonstrate the Stefan-Boltzmann Law by answering the following: when you double the temperature, by how much does its total energy increase?

4 comments:

  1. >When you double the temperature, by how much does its total energy increase?
    16

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  2. J=OT4

    J T Does it work?
    9.93*10^7 6470^4k Yes
    6.82*10^7 5890^4k Yes
    8.65*10^7 6250^4k Yes
    9.39*10^7 6380^4k Yes
    7.80*10^7 6090^4k Yes

    9.93*10^7= 5.67*10^-8* 6470^4
    9.93*10^7= 5.67*106-8* 1.75*10^15
    9.93*10^7= 9.9255*10^7

    6.82*10^7= 5.67*10^-8* 5890^4
    6.82*10^7= 5.67*10^-8* 1.20*10^15
    6.82*10^7= 6.804*10^7

    8.65*10^7= 5.67*10^-8* 6250^4
    8.65*10^7= 5.67*10^-8* 1.52*10^15
    8.65*10^7= 8.6184*10^7

    9.39*10^7= 5.67*10^-8* 6380^4
    9.39*10^7= 5.67*10^-8* 1.65*10^15
    9.39*10^7= 9.3555*10^7

    7.80*10^7= 5.67*10^-8* 6090^4
    7.80*10^7= 5.67*10^-8* 1.37*10^15
    7.80*10^7= 7.7679*10^7

    My results were pretty close

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  3. Wein's Law To Find The Constent

    1. 6470k* 447.9nm= 2897913
    2. 5890k* 492.0nm= 2897880
    3. 6250k* 463.6nm= 2897500
    4. 6380k* 454.2nm= 2897796
    5. 6090k* 475.8nm= 2897622

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  4. When you double the temperature, by how much does its total energy increase? When you double the temperature the total energy increases by two times its original temperature.

    ReplyDelete