Good morning all.
I'm having the following problem:
I'm trying to find given pressures at which a resultant force will equal 0lbs, however, the two pressures that affect the resultant force act in different directions but are related to each other. To simplify my problem, I am trying to achieve values for P1 below.
F-((A1*P1)-(A2*P2))=0
where:
A1= 10in^2
A2= 5in^2
F= matrix with 6 rows, 1 column (known values say 100-600 lbs)
P2= P1-300psi ( will be a matrix with 6 rows, 1 column as a result of P1)
P1 must therefore be a matrix with 6 rows and 1 column.
I have tried using the given and find method and the soln but they don't seem to work. Finding P1 for all six values of F would maybe not be too hard to do individualy however, I'd like to learn how to do it in one go. I have tried MathCad books but still haven't found an example like this.
Thanks in advance.
I'm having the following problem:
I'm trying to find given pressures at which a resultant force will equal 0lbs, however, the two pressures that affect the resultant force act in different directions but are related to each other. To simplify my problem, I am trying to achieve values for P1 below.
F-((A1*P1)-(A2*P2))=0
where:
A1= 10in^2
A2= 5in^2
F= matrix with 6 rows, 1 column (known values say 100-600 lbs)
P2= P1-300psi ( will be a matrix with 6 rows, 1 column as a result of P1)
P1 must therefore be a matrix with 6 rows and 1 column.
I have tried using the given and find method and the soln but they don't seem to work. Finding P1 for all six values of F would maybe not be too hard to do individualy however, I'd like to learn how to do it in one go. I have tried MathCad books but still haven't found an example like this.
Thanks in advance.