Steam (water vapor) at 100 degrees Celsius is added to a thermally insulated container with 200 kg of ice at zero degrees Celsiu
s. The final mixture is water at 30 degrees Celsius. What was the initial mass of the steam?
1 answer:
Answer:
m = 359.24 kg
Explanation:
given data:
mass of ice = 200 kg
latent heat of steam = 2260 kJ/kg
latent heat of ice = 334 kJ/kg
from conservatioon of energy principle we know that
heat lost by steam will be equal to heat gained by ice
therefore we have
( ml + mcdt) = (ml + mcdt)
m*2.26*10^6 + m*4186*(100-30) = 200*3.33 *10^6 + 2000*4186 *30
m = 359.24 kg
You might be interested in
Answer:
The answer is Revising
Answer: Δv=vf-vi=80mph-20mph=60mph
Answer:

Explanation:
d = Distance traveled = 40.8 km
s = Speed of jet = 340 m/s
Time is given by




The time taken to complete the journey is
.
Answer: velocity = -0.65 speed =0.65
Explanation:
Velocity =speed+direction speed =distance/time
metal bowel
because copper is metal...