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academy:power_law_computation

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academy:power_law_computation [2022/02/01 16:14] apapeacademy:power_law_computation [2022/02/01 16:21] (current) apape
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 <div indent>VCV Calculate the log of //x// and the log of //y// for all possible //x//values and all possible //y// values.\\ \\ <div indent>VCV Calculate the log of //x// and the log of //y// for all possible //x//values and all possible //y// values.\\ \\
 VCV Use the log values for //x// and //y// in the linear equation //y = mx + b// (i.e., log(//y//) = //m*//  log(//x//) + //b//).\\ \\ VCV Use the log values for //x// and //y// in the linear equation //y = mx + b// (i.e., log(//y//) = //m*//  log(//x//) + //b//).\\ \\
-VCV Solve for //m//in this linear equation to get the value for //b// for the nonlinear equation.\\ +VCV Solve for //m// in this linear equation to get the value for //b// for the nonlinear equation.\\ 
-{{:images:screenshots:asc_grd_rpt_student_grd_update_with_blanks.png|Grd Update tab with blank and I grades highlighted}}\\  +{{:images:screenshots:equation1.png|Solving for M linear equation to get a value for b}}\\ \\ 
 +VCV Solve for //b// in this linear equation to get log(//m//). Calculate //m// using the formula //m=e<sup>log(m)</sup>// to get the value for //m// in the nonlinear equation.\\  
 +{{:images:screenshots:equation2.png|Solving for B linear equation to get log(m)}}\\ \\ 
 +VCV Use the new values for m and b in the nonlinear Power Law equation.
 </div> </div>
  
academy/power_law_computation.1643732094.txt.gz · Last modified: 2022/02/01 11:14 (external edit)