Quick question. How do I get this:
Vll = 230*10^3
SIL = 25
l = 20
chargingMVAR =14.5*10^6
MVARPerPhase = chargingMVAR/3
Q = MVARPerPhase * l
Vln = Vll/sqrt(3)
sym yshunt
t = solve('Q = Vln^2*(yshunt/2)')
to output the actual number that t calculates, right now it gives me it with Q and Vln as symbolics, even though they have been defined
t =
(2*Q)/Vln^2
My matlab skill are not the greatest, but this seems like it should be trivial...
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What OS are you using Fiveohhh?
Zim Hosein
Off Topic Moderator.
Win7
Vll = 230*10^3
SIL = 25
l = 20
chargingMVAR =14.5*10^6
MVARPerPhase = chargingMVAR/3
Q = MVARPerPhase * l
Vln = Vll/sqrt(3)
sym yshunt
t = solve('Q = Vln^2*(yshunt/2)')
to output the actual number that t calculates, right now it gives me it with Q and Vln as symbolics, even though they have been defined
t =
(2*Q)/Vln^2
My matlab skill are not the greatest, but this seems like it should be trivial...
---
What OS are you using Fiveohhh?
Zim Hosein
Off Topic Moderator.
Win7