Revisions to Any way to automate solving problems where the answer from one question is used in the next?

Improved formatting

Source Link

edited Oct 7, 2020 at 15:55

108.1k
16
104
259

Power Screws

(*Power Screws*)

raise = 
  Subscript[M, t] == 
  t] == (W*Subscript[d, m])/2 * 
    2*  ((f*\[Pi]*Subscript[df*π*Subscript[d, m] + 
      L*Cos[Subscript[\[Alpha]L*Cos[Subscript[α, n]])/(\[Pi]*Subscript[dπ*Subscript[d, m]*
       Cos[Subscript[\[Alpha]m]*Cos[Subscript[α, n]] - f*L)) + (
    (W*Subscript[f, c]*Subscript[d, c])/2 

lower = 
  Subscript[M, t] == 
  t] == (W*Subscript[d, m])/2 * 
    2*  ((f*\[Pi]*Subscript[df*π*Subscript[d, m] - 
      L*Cos[Subscript[\[Alpha]L*Cos[Subscript[α, n]])/(\[Pi]*Subscript[dπ*Subscript[d, m]*
       Cos[Subscript[\[Alpha]m]*Cos[Subscript[α, n]] + f*L)) + (
    (W*Subscript[f, c]*Subscript[d, c])/2

stress = \[Sigma]σ == (-4 p W)/(\[Pi]π h*(Subscript[d, 0]^2 - Subscript[d, r]^2))
eff = \[Eta]η == (W L)/(2 \[Pi]π Subscript[M, t])
power = w == (2 \[Pi]π (6/n*60) Subscript[M, t])/60

(*Question 2*)
 raise /. 
   {Subscript[M, t](*Changes*)-> (101.5) (125/1000), 
    Subscript[d, m] -> 18.75/1000, f -> 0.15, Subscript[f, c] -> 0.15, 
    L -> 2.5/1000, Subscript[\[Alpha]Subscript[α, n] -> 14.5 Degree, 
  Subscript[d, c] -> 12/1000} 

(*Question 3*) 
eff /. 
  {W(*Changes*)-> 4592.508217189424, L -> 2.5/1000, 
  Subscript[M, t] -> 6.62183}

(*Question 4*) 
stress /. 
  {W(*Changes*)-> 4592.51, \[Sigma]σ(*Changes*)-> 
   12.1*10^6, 
   Subscript[d, 0] -> 20/1000, Subscript[d, r] -> 17.5/1000, 
  p -> 2.5/1000}

(*Question 6*) 
raise /. 
  {Subscript[d, m] -> 22.5/1000, f -> 0.08, 
   Subscript[f, c] -> 0.05, L -> 5/1000, Subscript[\[Alpha]Subscript[α, n] -> 0 Degree, 
   Subscript[d, c] -> 40/1000, W(*Changes*)-> 6000} 

(*Question 7*) 
lower /. 
  {Subscript[d, m] -> 22.5/1000, f -> 0.08, 
   Subscript[f, c] -> 0.05, L -> 5/1000, Subscript[\[Alpha]Subscript[α, n] -> 0 Degree, 
   Subscript[d, c] -> 40/1000, W(*Changes*)-> 6000, 
   Subscript[M, t](*Changes*)-> 23}  

(*Question 8*) 
eff /. 
  {W(*Changes*)-> 4592.508217189424, L -> 5/1000, 
  Subscript[M, t] -> 6.62183}

(*Question 9*) 
eff /. 
  {W(*Changes*)-> 4592.508217189424, L -> 5/1000, 
  Subscript[M, t] -> 6.62183}

(*Question 10*) 
raise /. 
  {Subscript[d, m] -> 22.5/1000, f -> 0.08*4/3, 
   Subscript[f, c] -> 0.05*4/3, L -> 5/1000, 
  Subscript[\[Alpha] Subscript[α, n] -> 0 Degree, Subscript[d, c] -> 40/1000, 
   W(*Changes*)-> 6000} 

(*Question 11*) 
raise /. 
  {Subscript[d, m] -> 37/1000, f -> 0.1, 
   Subscript[f, c] -> 0.15, L -> 6/1000, Subscript[\[Alpha]Subscript[α, n] -> 14.5 Degree,
   Subscript[d, c] -> 60/1000, W(*Changes*)-> 12500} e here

So basicallyBasically, when I runevaluate the commandexpression for Question 2, I need the answer from that question to do question 3. The way that I am doing it now is I just manually take the answer for W and paste it into the respective variable for question 3. Is there a way that I can generalize it where in question 3 for the variable that is the answer from the previous one is named as something which the program knows it must take the value from the previous calculation? The numbers which are there now are just examples.

So somethingSomething ideal would be to store numbers in variables which are then placed in the replace functions. And then the outputs of those replace functions could be automatically stored in other variables which I can then put in other replace functions? Or something similar if you get me.

I know my words are all over the place, sorry. I would appreciate any help. If you not understanding me, please ask a question and I will try to clarify myself. Thank you very much.

Power Screws

raise = Subscript[M, 
  t] == (W*Subscript[d, m])/
    2*((f*\[Pi]*Subscript[d, m] + 
      L*Cos[Subscript[\[Alpha], n]])/(\[Pi]*Subscript[d, m]*
       Cos[Subscript[\[Alpha], n]] - f*L)) + (
   W*Subscript[f, c]*Subscript[d, c])/2
lower = Subscript[M, 
  t] == (W*Subscript[d, m])/
    2*((f*\[Pi]*Subscript[d, m] - 
      L*Cos[Subscript[\[Alpha], n]])/(\[Pi]*Subscript[d, m]*
       Cos[Subscript[\[Alpha], n]] + f*L)) + (
   W*Subscript[f, c]*Subscript[d, c])/2

stress = \[Sigma] == (-4 p W)/(\[Pi] h*(Subscript[d, 0]^2 - Subscript[d, r]^2))
eff = \[Eta] == (W L)/(2 \[Pi] Subscript[M, t])
power = w == (2 \[Pi] (6/n*60) Subscript[M, t])/60

(*Question 2*)raise /. {Subscript[M, t](*Changes*)-> (101.5) (125/1000), 
  Subscript[d, m] -> 18.75/1000, f -> 0.15, Subscript[f, c] -> 0.15, 
  L -> 2.5/1000, Subscript[\[Alpha], n] -> 14.5 Degree, 
  Subscript[d, c] -> 12/1000} 

(*Question 3*)eff /. {W(*Changes*)-> 4592.508217189424, L -> 2.5/1000, 
  Subscript[M, t] -> 6.62183}

(*Question 4*)stress /. {W(*Changes*)-> 4592.51, \[Sigma](*Changes*)-> 
   12.1*10^6, Subscript[d, 0] -> 20/1000, Subscript[d, r] -> 17.5/1000, 
  p -> 2.5/1000}

(*Question 6*)raise /. {Subscript[d, m] -> 22.5/1000, f -> 0.08, 
  Subscript[f, c] -> 0.05, L -> 5/1000, Subscript[\[Alpha], n] -> 0 Degree, 
  Subscript[d, c] -> 40/1000, W(*Changes*)-> 6000} 

(*Question 7*)lower /. {Subscript[d, m] -> 22.5/1000, f -> 0.08, 
  Subscript[f, c] -> 0.05, L -> 5/1000, Subscript[\[Alpha], n] -> 0 Degree, 
  Subscript[d, c] -> 40/1000, W(*Changes*)-> 6000, 
  Subscript[M, t](*Changes*)-> 23} 
(*Question 8*)eff /. {W(*Changes*)-> 4592.508217189424, L -> 5/1000, 
  Subscript[M, t] -> 6.62183}

(*Question 9*)eff /. {W(*Changes*)-> 4592.508217189424, L -> 5/1000, 
  Subscript[M, t] -> 6.62183}

(*Question 10*)raise /. {Subscript[d, m] -> 22.5/1000, f -> 0.08*4/3, 
  Subscript[f, c] -> 0.05*4/3, L -> 5/1000, 
  Subscript[\[Alpha], n] -> 0 Degree, Subscript[d, c] -> 40/1000, 
  W(*Changes*)-> 6000} 

(*Question 11*)raise /. {Subscript[d, m] -> 37/1000, f -> 0.1, 
  Subscript[f, c] -> 0.15, L -> 6/1000, Subscript[\[Alpha], n] -> 14.5 Degree,
   Subscript[d, c] -> 60/1000, W(*Changes*)-> 12500} e here

So basically when I run the command for Question 2, I need the answer from that question to do question 3. The way that I am doing it now is I just manually take the answer for W and paste it into the respective variable for question 3. Is there a way that I can generalize it where in question 3 for the variable that is the answer from the previous one is named as something which the program knows it must take the value from the previous calculation? The numbers which are there now are just examples.

So something ideal would be to store numbers in variables which are then placed in the replace functions. And then the outputs of those replace functions could be automatically stored in other variables which I can then put in other replace functions? Or something similar if you get me.

I know my words are all over the place, sorry. I would appreciate any help. If you not understanding me, please ask a question and I will try to clarify myself. Thank you very much.

(*Power Screws*)

raise = 
  Subscript[M, t] == 
    (W*Subscript[d, m])/2 * 
      ((f*π*Subscript[d, m] + 
      L*Cos[Subscript[α, n]])/(π*Subscript[d, m]*Cos[Subscript[α, n]] - f*L)) + 
    (W*Subscript[f, c]*Subscript[d, c])/2 

lower = 
  Subscript[M, t] == 
    (W*Subscript[d, m])/2 * 
      ((f*π*Subscript[d, m] - 
      L*Cos[Subscript[α, n]])/(π*Subscript[d, m]*Cos[Subscript[α, n]] + f*L)) + 
    (W*Subscript[f, c]*Subscript[d, c])/2

stress = σ == (-4 p W)/(π h*(Subscript[d, 0]^2 - Subscript[d, r]^2))
eff = η == (W L)/(2 π Subscript[M, t])
power = w == (2 π (6/n*60) Subscript[M, t])/60

(*Question 2*)
 raise /. 
   {Subscript[M, t](*Changes*)-> (101.5) (125/1000), 
    Subscript[d, m] -> 18.75/1000, f -> 0.15, Subscript[f, c] -> 0.15, 
    L -> 2.5/1000, Subscript[α, n] -> 14.5 Degree, Subscript[d, c] -> 12/1000} 

(*Question 3*) 
eff /. 
  {W(*Changes*)-> 4592.508217189424, L -> 2.5/1000, Subscript[M, t] -> 6.62183}

(*Question 4*) 
stress /. 
  {W(*Changes*)-> 4592.51, σ(*Changes*)-> 12.1*10^6, 
   Subscript[d, 0] -> 20/1000, Subscript[d, r] -> 17.5/1000, p -> 2.5/1000}

(*Question 6*) 
raise /. 
  {Subscript[d, m] -> 22.5/1000, f -> 0.08, 
   Subscript[f, c] -> 0.05, L -> 5/1000, Subscript[α, n] -> 0 Degree, 
   Subscript[d, c] -> 40/1000, W(*Changes*)-> 6000} 

(*Question 7*) 
lower /. 
  {Subscript[d, m] -> 22.5/1000, f -> 0.08, 
   Subscript[f, c] -> 0.05, L -> 5/1000, Subscript[α, n] -> 0 Degree, 
   Subscript[d, c] -> 40/1000, W(*Changes*)-> 6000, 
   Subscript[M, t](*Changes*)-> 23}  

(*Question 8*) 
eff /. 
  {W(*Changes*)-> 4592.508217189424, L -> 5/1000, Subscript[M, t] -> 6.62183}

(*Question 9*) 
eff /. 
  {W(*Changes*)-> 4592.508217189424, L -> 5/1000, Subscript[M, t] -> 6.62183}

(*Question 10*) 
raise /. 
  {Subscript[d, m] -> 22.5/1000, f -> 0.08*4/3, 
   Subscript[f, c] -> 0.05*4/3, L -> 5/1000, 
   Subscript[α, n] -> 0 Degree, Subscript[d, c] -> 40/1000, 
   W(*Changes*)-> 6000} 

(*Question 11*) 
raise /. 
  {Subscript[d, m] -> 37/1000, f -> 0.1, 
   Subscript[f, c] -> 0.15, L -> 6/1000, Subscript[α, n] -> 14.5 Degree,
   Subscript[d, c] -> 60/1000, W(*Changes*)-> 12500} e here

Basically, when I evaluate the expression for Question 2, I need the answer from that question to do question 3. The way that I am doing it now is I just manually take the answer for W and paste it into the respective variable for question 3. Is there a way that I can generalize it where in question 3 for the variable that is the answer from the previous one is named as something which the program knows it must take the value from the previous calculation? The numbers which are there now are just examples.

Something ideal would be to store numbers in variables which are then placed in the replace functions. And then the outputs of those replace functions could be automatically stored in other variables which I can then put in other replace functions? Or something similar if you get me.

I know my words are all over the place, sorry. I would appreciate any help. If you not understanding me, please ask a question and I will try to clarify myself.

deleted 61 characters in body

Source Link

edited Oct 7, 2020 at 15:36

m_goldberg

108.1k
16
104
259

So this is what my code looks like. I am a mathematica total Mathematica beginner. I just want to use it to do some calculations, and the reason mathematicait is so interesting orand attractive to me as an engineering student is that it allows me to write maths symbolically as you would see in a textbook. My mind cannot comprehend mathematics if it is written in code form.

So this is what my code so far:looks like.

Power Screws

    Power Screws


raise = Subscript[M, 
  t] == (W*Subscript[d, m])/
    2*((f*\[Pi]*Subscript[d, m] + 
      L*Cos[Subscript[\[Alpha], n]])/(\[Pi]*Subscript[d, m]*
       Cos[Subscript[\[Alpha], n]] - f*L)) + (
   W*Subscript[f, c]*Subscript[d, c])/2
lower = Subscript[M, 
  t] == (W*Subscript[d, m])/
    2*((f*\[Pi]*Subscript[d, m] - 
      L*Cos[Subscript[\[Alpha], n]])/(\[Pi]*Subscript[d, m]*
       Cos[Subscript[\[Alpha], n]] + f*L)) + (
   W*Subscript[f, c]*Subscript[d, c])/2

stress = \[Sigma] == (-4 p W)/(\[Pi] h*(Subscript[d, 0]^2 - Subscript[d, r]^2))
eff = \[Eta] == (W L)/(2 \[Pi] Subscript[M, t])
power = w == (2 \[Pi] (6/n*60) Subscript[M, t])/60


 

(*Question 2*)raise /. {Subscript[M, t](*Changes*)-> (101.5) (125/1000), 
  Subscript[d, m] -> 18.75/1000, f -> 0.15, Subscript[f, c] -> 0.15, 
  L -> 2.5/1000, Subscript[\[Alpha], n] -> 14.5 Degree, 
  Subscript[d, c] -> 12/1000} 

(*Question 3*)eff /. {W(*Changes*)-> 4592.508217189424, L -> 2.5/1000, 
  Subscript[M, t] -> 6.62183}

(*Question 4*)stress /. {W(*Changes*)-> 4592.51, \[Sigma](*Changes*)-> 
   12.1*10^6, Subscript[d, 0] -> 20/1000, Subscript[d, r] -> 17.5/1000, 
  p -> 2.5/1000}

(*Question 6*)raise /. {Subscript[d, m] -> 22.5/1000, f -> 0.08, 
  Subscript[f, c] -> 0.05, L -> 5/1000, Subscript[\[Alpha], n] -> 0 Degree, 
  Subscript[d, c] -> 40/1000, W(*Changes*)-> 6000} 

(*Question 7*)lower /. {Subscript[d, m] -> 22.5/1000, f -> 0.08, 
  Subscript[f, c] -> 0.05, L -> 5/1000, Subscript[\[Alpha], n] -> 0 Degree, 
  Subscript[d, c] -> 40/1000, W(*Changes*)-> 6000, 
  Subscript[M, t](*Changes*)-> 23} 
(*Question 8*)eff /. {W(*Changes*)-> 4592.508217189424, L -> 5/1000, 
  Subscript[M, t] -> 6.62183}

(*Question 9*)eff /. {W(*Changes*)-> 4592.508217189424, L -> 5/1000, 
  Subscript[M, t] -> 6.62183}

(*Question 10*)raise /. {Subscript[d, m] -> 22.5/1000, f -> 0.08*4/3, 
  Subscript[f, c] -> 0.05*4/3, L -> 5/1000, 
  Subscript[\[Alpha], n] -> 0 Degree, Subscript[d, c] -> 40/1000, 
  W(*Changes*)-> 6000} 

(*Question 11*)raise /. {Subscript[d, m] -> 37/1000, f -> 0.1, 
  Subscript[f, c] -> 0.15, L -> 6/1000, Subscript[\[Alpha], n] -> 14.5 Degree,
   Subscript[d, c] -> 60/1000, W(*Changes*)-> 12500} e here

So this is what my code looks like. I am a mathematica total beginner. I just want to use it to do some calculations and the reason mathematica is so interesting or attractive to me as an engineering student is that it allows me to write maths symbolically as you would see in a textbook. My mind cannot comprehend mathematics if it is written in code form. So this is my code so far:

    Power Screws


raise = Subscript[M, 
  t] == (W*Subscript[d, m])/
    2*((f*\[Pi]*Subscript[d, m] + 
      L*Cos[Subscript[\[Alpha], n]])/(\[Pi]*Subscript[d, m]*
       Cos[Subscript[\[Alpha], n]] - f*L)) + (
   W*Subscript[f, c]*Subscript[d, c])/2
lower = Subscript[M, 
  t] == (W*Subscript[d, m])/
    2*((f*\[Pi]*Subscript[d, m] - 
      L*Cos[Subscript[\[Alpha], n]])/(\[Pi]*Subscript[d, m]*
       Cos[Subscript[\[Alpha], n]] + f*L)) + (
   W*Subscript[f, c]*Subscript[d, c])/2

stress = \[Sigma] == (-4 p W)/(\[Pi] h*(Subscript[d, 0]^2 - Subscript[d, r]^2))
eff = \[Eta] == (W L)/(2 \[Pi] Subscript[M, t])
power = w == (2 \[Pi] (6/n*60) Subscript[M, t])/60


 

(*Question 2*)raise /. {Subscript[M, t](*Changes*)-> (101.5) (125/1000), 
  Subscript[d, m] -> 18.75/1000, f -> 0.15, Subscript[f, c] -> 0.15, 
  L -> 2.5/1000, Subscript[\[Alpha], n] -> 14.5 Degree, 
  Subscript[d, c] -> 12/1000} 

(*Question 3*)eff /. {W(*Changes*)-> 4592.508217189424, L -> 2.5/1000, 
  Subscript[M, t] -> 6.62183}

(*Question 4*)stress /. {W(*Changes*)-> 4592.51, \[Sigma](*Changes*)-> 
   12.1*10^6, Subscript[d, 0] -> 20/1000, Subscript[d, r] -> 17.5/1000, 
  p -> 2.5/1000}

(*Question 6*)raise /. {Subscript[d, m] -> 22.5/1000, f -> 0.08, 
  Subscript[f, c] -> 0.05, L -> 5/1000, Subscript[\[Alpha], n] -> 0 Degree, 
  Subscript[d, c] -> 40/1000, W(*Changes*)-> 6000} 

(*Question 7*)lower /. {Subscript[d, m] -> 22.5/1000, f -> 0.08, 
  Subscript[f, c] -> 0.05, L -> 5/1000, Subscript[\[Alpha], n] -> 0 Degree, 
  Subscript[d, c] -> 40/1000, W(*Changes*)-> 6000, 
  Subscript[M, t](*Changes*)-> 23} 
(*Question 8*)eff /. {W(*Changes*)-> 4592.508217189424, L -> 5/1000, 
  Subscript[M, t] -> 6.62183}

(*Question 9*)eff /. {W(*Changes*)-> 4592.508217189424, L -> 5/1000, 
  Subscript[M, t] -> 6.62183}

(*Question 10*)raise /. {Subscript[d, m] -> 22.5/1000, f -> 0.08*4/3, 
  Subscript[f, c] -> 0.05*4/3, L -> 5/1000, 
  Subscript[\[Alpha], n] -> 0 Degree, Subscript[d, c] -> 40/1000, 
  W(*Changes*)-> 6000} 

(*Question 11*)raise /. {Subscript[d, m] -> 37/1000, f -> 0.1, 
  Subscript[f, c] -> 0.15, L -> 6/1000, Subscript[\[Alpha], n] -> 14.5 Degree,
   Subscript[d, c] -> 60/1000, W(*Changes*)-> 12500} e here

I am a total Mathematica beginner. I just want to use it to do some calculations, and the reason it is so interesting and attractive to me as an engineering student is that it allows me to write maths symbolically as you would see in a textbook. My mind cannot comprehend mathematics if it is written in code form.

So this is what my code looks like.

Power Screws

raise = Subscript[M, 
  t] == (W*Subscript[d, m])/
    2*((f*\[Pi]*Subscript[d, m] + 
      L*Cos[Subscript[\[Alpha], n]])/(\[Pi]*Subscript[d, m]*
       Cos[Subscript[\[Alpha], n]] - f*L)) + (
   W*Subscript[f, c]*Subscript[d, c])/2
lower = Subscript[M, 
  t] == (W*Subscript[d, m])/
    2*((f*\[Pi]*Subscript[d, m] - 
      L*Cos[Subscript[\[Alpha], n]])/(\[Pi]*Subscript[d, m]*
       Cos[Subscript[\[Alpha], n]] + f*L)) + (
   W*Subscript[f, c]*Subscript[d, c])/2

stress = \[Sigma] == (-4 p W)/(\[Pi] h*(Subscript[d, 0]^2 - Subscript[d, r]^2))
eff = \[Eta] == (W L)/(2 \[Pi] Subscript[M, t])
power = w == (2 \[Pi] (6/n*60) Subscript[M, t])/60

(*Question 2*)raise /. {Subscript[M, t](*Changes*)-> (101.5) (125/1000), 
  Subscript[d, m] -> 18.75/1000, f -> 0.15, Subscript[f, c] -> 0.15, 
  L -> 2.5/1000, Subscript[\[Alpha], n] -> 14.5 Degree, 
  Subscript[d, c] -> 12/1000} 

(*Question 3*)eff /. {W(*Changes*)-> 4592.508217189424, L -> 2.5/1000, 
  Subscript[M, t] -> 6.62183}

(*Question 4*)stress /. {W(*Changes*)-> 4592.51, \[Sigma](*Changes*)-> 
   12.1*10^6, Subscript[d, 0] -> 20/1000, Subscript[d, r] -> 17.5/1000, 
  p -> 2.5/1000}

(*Question 6*)raise /. {Subscript[d, m] -> 22.5/1000, f -> 0.08, 
  Subscript[f, c] -> 0.05, L -> 5/1000, Subscript[\[Alpha], n] -> 0 Degree, 
  Subscript[d, c] -> 40/1000, W(*Changes*)-> 6000} 

(*Question 7*)lower /. {Subscript[d, m] -> 22.5/1000, f -> 0.08, 
  Subscript[f, c] -> 0.05, L -> 5/1000, Subscript[\[Alpha], n] -> 0 Degree, 
  Subscript[d, c] -> 40/1000, W(*Changes*)-> 6000, 
  Subscript[M, t](*Changes*)-> 23} 
(*Question 8*)eff /. {W(*Changes*)-> 4592.508217189424, L -> 5/1000, 
  Subscript[M, t] -> 6.62183}

(*Question 9*)eff /. {W(*Changes*)-> 4592.508217189424, L -> 5/1000, 
  Subscript[M, t] -> 6.62183}

(*Question 10*)raise /. {Subscript[d, m] -> 22.5/1000, f -> 0.08*4/3, 
  Subscript[f, c] -> 0.05*4/3, L -> 5/1000, 
  Subscript[\[Alpha], n] -> 0 Degree, Subscript[d, c] -> 40/1000, 
  W(*Changes*)-> 6000} 

(*Question 11*)raise /. {Subscript[d, m] -> 37/1000, f -> 0.1, 
  Subscript[f, c] -> 0.15, L -> 6/1000, Subscript[\[Alpha], n] -> 14.5 Degree,
   Subscript[d, c] -> 60/1000, W(*Changes*)-> 12500} e here

added 296 characters in body

Source Link

edited Oct 7, 2020 at 6:13

UppedSolution77

1
1

So this is what my code looks like. I am a mathematica total beginner. I just want to use it to do some calculations and the reason mathematica is so interesting or attractive to me as an engineering student is that it allows youme to write maths symbolically as you would see in a textbook. My mind cannot comprehend mathematics if it is written in code form. So this is my code so far:

So basically when I run the command for Question 2, I need the answer from that question to do question 3. The way that I am doing it now is I just manually take the answer for W and paste it into the respective variable for question 3. Is there a way that I can generalize it where in question 3 for the variable that is the answer from the previous one is named as something which the program knows it must take the value from the previous calculation? The numbers which are there now are just examples.

So something ideal would be to store numbers in variables which are then placed in the replace functions. And then the outputs of those replace functions could be automatically stored in other variables which I can then put in other replace functions? Or something similar if you get me.

So this is what my code looks like. I am a mathematica total beginner. I just want to use it to some calculations and the reason mathematica is so interesting or attractive to me as an engineering student is that it allows you to write maths symbolically as you would see in a textbook. My mind cannot comprehend mathematics if it is written in code form. So this is my code so far:

So basically when I run the command for Question 2, I need the answer from that question to do question 3. The way that I am doing it now is I just manually take the answer for W and paste it into the respective variable for question 3. Is there a way that I can generalize it where in question 3 for the variable that is the answer from the previous one is named as something which the program knows it must take the value from the previous calculation? The numbers which are there now are just examples.

So this is what my code looks like. I am a mathematica total beginner. I just want to use it to do some calculations and the reason mathematica is so interesting or attractive to me as an engineering student is that it allows me to write maths symbolically as you would see in a textbook. My mind cannot comprehend mathematics if it is written in code form. So this is my code so far:

So basically when I run the command for Question 2, I need the answer from that question to do question 3. The way that I am doing it now is I just manually take the answer for W and paste it into the respective variable for question 3. Is there a way that I can generalize it where in question 3 for the variable that is the answer from the previous one is named as something which the program knows it must take the value from the previous calculation? The numbers which are there now are just examples.

So something ideal would be to store numbers in variables which are then placed in the replace functions. And then the outputs of those replace functions could be automatically stored in other variables which I can then put in other replace functions? Or something similar if you get me.

Source Link

asked Oct 7, 2020 at 5:05

UppedSolution77

1
1

Loading

Stack Exchange Network

Return to Question