SOLUTION: A butcher combines 100 lb of hamburger that costs $2.40 per pound with 80 lb of hamburger that costs $4.56 per pound. Find the cost of the hamburger mixture.

Algebra.Com
Question 991494: A butcher combines 100 lb of hamburger that costs $2.40 per pound with 80 lb of hamburger that costs $4.56 per pound. Find the cost of the hamburger mixture.
Found 2 solutions by macston, lwsshak3:
Answer by macston(5194)   (Show Source): You can put this solution on YOUR website!
.
C=cost of mixture
.
100lbs($2.40/lb)+80lbs($4.56/lb)=180lbs(C)
.

.

.

.
ANSWER: The mixture should cost $3.36 per pound.

Answer by lwsshak3(11628)   (Show Source): You can put this solution on YOUR website!
A butcher combines 100 lb of hamburger that costs $2.40 per pound with 80 lb of hamburger that costs $4.56 per pound. Find the cost of the hamburger mixture.
cost of 100 lbs of hamburger @$2.40/lb=$240.00
cost of 80 lbs of hamburger @$4.56/lb=$364.80
cost of180 lbs of hamburger mixture @$3.36/lb=$604.80

RELATED QUESTIONS

A butcher combines 100 lb of hamburger that costs $2.40 per pound with 60 lb of hamburger (answered by ptaylor)
A butcher combines 100 lb of hamburger that costs $2.10 per pound with 70 lb of hamburger (answered by ankor@dixie-net.com)
A butcher combines 8lb of hamburger which costs $2.25 per pound with 12lb of hamburger... (answered by macston)
A snack food is made by mixing 4 lb of popcorn that costs $0.80 per pound with caramel... (answered by josgarithmetic,ewatrrr,greenestamps)
a butcher combined hamburger which costs $2.25 per pound with hamburger which costs $3.00 (answered by josgarithmetic)
whats is the answer for this formula ? A coffee merchant combines coffee that costs $6... (answered by mananth)
A coffee merchant combines coffee that costs $6 per pound with coffee that costs $3.50... (answered by josgarithmetic)
A coffee merchant combines coffee that costs $7 per pound with coffee that costs $2.60... (answered by lwsshak3)
A coffee merchant combines coffee that costs $5 per pound with coffee that costs $3.40... (answered by josgarithmetic)