Asked by y912f
please tell me if this is done correctly
Find the final equlibirum temperature when 10.0 g of milk at 10.0 degrees C is added to 1.60 * 10^2 g of coffee with a temperature of 90.0 degrees C. Assume the specific heats of coffee and milk are the same as for water(Cp,w=4.19J/g*degC), and disregard the heat capacity of the container.
m=10 gm
ti(milk)=10degC
M2=1.6*10^2
g=160g
ti(coffee)=90degC
Cp=4019J/gdegC
m c/p deltaT = M2c/p deltaT
(10)(tf-ti)=M2(ti-tf)
10(tf-10)=160(90-tf)
10tf-100=160(90-160tf)
10t=160(90)+100-160tf
tf is the final eqquilibirum temperature
tf=85.29degreesC
Find the final equlibirum temperature when 10.0 g of milk at 10.0 degrees C is added to 1.60 * 10^2 g of coffee with a temperature of 90.0 degrees C. Assume the specific heats of coffee and milk are the same as for water(Cp,w=4.19J/g*degC), and disregard the heat capacity of the container.
m=10 gm
ti(milk)=10degC
M2=1.6*10^2
g=160g
ti(coffee)=90degC
Cp=4019J/gdegC
m c/p deltaT = M2c/p deltaT
(10)(tf-ti)=M2(ti-tf)
10(tf-10)=160(90-tf)
10tf-100=160(90-160tf)
10t=160(90)+100-160tf
tf is the final eqquilibirum temperature
tf=85.29degreesC
Answers
Answered by
Damon
Too many numbers for me tonight. method is correct.
Answered by
y912f
what about the answer?
Answered by
Damon
Not willing to do arithmetic, have flu and bronchitis, mind hazy.
Answered by
y912f
fine, that's a good excuse. thanks anyway
Answered by
Anne
idk the answer i am trying to find the answer for my own homework. GUESS WHAT?
chicken butt. jk. I need help on my hw too since i got work we didn't practice for. Ok ONE question of the three we didn't learn. So.....I cant really help you. Sorry.
chicken butt. jk. I need help on my hw too since i got work we didn't practice for. Ok ONE question of the three we didn't learn. So.....I cant really help you. Sorry.
Answered by
Michela
Anne did you really say you can't help someone 6 years later?
Answered by
Kat
Michela, did you really awnser someone 3 years later?
Answered by
gary
Kat, did you really just respond to someone 10 days later?
Answered by
Kim
Gary did you really just reply to someone today?
Answered by
Sultan
Kim did you really just reply to someone on the same day?
There are no AI answers yet. The ability to request AI answers is coming soon!
Submit Your Answer
We prioritize human answers over AI answers.
If you are human, and you can answer this question, please submit your answer.