SOLUTION: can you also help me solve this system using Cramer's rule?...
s + p + c = 40
c = 4p
s = p - 2
Algebra.Com
Question 73134: can you also help me solve this system using Cramer's rule?...
s + p + c = 40
c = 4p
s = p - 2
Answer by bucky(2189) (Show Source): You can put this solution on YOUR website!
I answered this problem earlier today. It was posted then as problem 73126 and my answer number
was 52380. See if you can locate it with that information.
bucky
RELATED QUESTIONS
can you help me solve this system using the elimination method?
s + p + c = 40
c = 4p... (answered by bucky)
can you help me write this system as a matrix equation and solve using an inverse matrix... (answered by stanbon)
can i have help solving this system using the elimination method and separately help... (answered by bucky)
Not too long ago Edwin greatly helped me solve a system of equations from a word problem, (answered by stanbon,jim_thompson5910)
Can you help me solve this equation for s?.... s = p - 2 = 7 - 2 = 5
and help solve... (answered by jim_thompson5910)
S-C = P
P/S = M
Can you solve for P ?
(answered by Fombitz)
write a direct proof using the eight rules of inference
(C → Q) • (~L →... (answered by Edwin McCravy)
Solve the following system of equations using cramer`s rule
2x + y - z= 5
3x - 2y +... (answered by Edwin McCravy)
When using Cramer’s Rule: x= (33 5
51 7)/ (3 5
(answered by richwmiller)