Recent content by Nugget_Mon
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Graduate Skewed slope of a perpendicular function.
My math: f(theta)= as above f'(theta)= as above (1) tan line: y-z=f'(theta)*(x-theta) (2) perp line: y-z=(-1/f'(theta))*(x-theta) (3) d=sqrt((x-theta)^2+(y-z)^2) solve for y in (2) and sub into (3) d^2=(x-theta)^2+((theta-x)/f'(theta)+z-z)^2 Simplify d^2=(x-theta)^2*(1-1/f'(theta)^2)...- Nugget_Mon
- Post #2
- Forum: Calculus
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Graduate Skewed slope of a perpendicular function.
Hello, I am trying to fit a sine function to a general curve. Convolution isn't giving me what I want, which is for every point on a general curve, displace that point by another function. I have written some code in Octave, and it's close, but not quite it. What I did was to take a general...- Nugget_Mon
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- Function Perpendicular Slope
- Replies: 1
- Forum: Calculus
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Density of Saturated Vapor R-134a
Sorry about the delay. My question with the MBWR equation of state was determining the Volume from inside the summation. I can't directly solve for it, so I am assuming I need to put it into a guess and check routine until the error falls into an acceptable range?- Nugget_Mon
- Post #8
- Forum: Mechanical Engineering
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Density of Saturated Vapor R-134a
Right, I have that link as well. I can use the tables effectively, and I have found the properties at the conditions I needed (55/100)degF. My question is one of curiosity at this point. How to calculate it programmatically.- Nugget_Mon
- Post #3
- Forum: Mechanical Engineering
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Density of Saturated Vapor R-134a
Hi all, Just for fun I am writing a program in Octave for calculating the thermodynamic properties of R-134a. I am using the equations in the Dupont properties booklet. http://www2.dupont.com/Refrigerants/en_US/products/Suva/Suva134a.html My functions for calculating the liquid density...- Nugget_Mon
- Thread
- Density Vapor
- Replies: 7
- Forum: Mechanical Engineering