Question

In: Physics

You put a can of water into a fire. The can heats up, and the water...

You put a can of water into a fire. The can heats up, and the water remains liquid. Neglecting the tiny change in volume due to thermal expansion, the change in the internal energy of the water is __________the heat absorbed by the water.

Solutions

Expert Solution

Solution:

Ans: Almost equal,

Reason:

I hope you understood the problem and got your answers, If yes rate me!! or else comment for a better solutions.


Related Solutions

My hot water system maintains a volume of 200L of water, which it heats at a...
My hot water system maintains a volume of 200L of water, which it heats at a rate of 1 ◦C per minute, up to a maximum temperature of 60◦C. On a winter's morning, the tank is full of water at this maximum temperature. While the shower is on, the tank is relled with water from the cold water source, which is at 10◦C. Assume the water in the tank maintains a uniform temperature (because is well-mixed). In my shower, the...
Can you light diamond on fire?
Specify the reasons if your answer is YES. Make it in a paragraph form and elaborate it.
Which type of extinguisher can be used on all classes of fire? A. Water B. Foam...
Which type of extinguisher can be used on all classes of fire? A. Water B. Foam C. Class D D. None of the above
You put up $60 at the beginning of the year for an investment.The value of...
You put up $60 at the beginning of the year for an investment. The value of the investment grows TO $62.4 and you earn a dividend of $3.50. Your HPR was ____, capital gains yield was ____ and dividend yield was _____.  A.5.83%, 4%, 1.83%B.11%, 5%, 6%C.4%, 3%, 1%D.9.83%, 4%, 5.83%E.1.83%, 1%, 0.83%
You put up $40 at the beginning of the year for an investment. The value of...
You put up $40 at the beginning of the year for an investment. The value of the investment grows 4% and you earn a dividend of $3.00. Your HPR was ____.
You put up $50 at the beginning of the year for an investment. The value of...
You put up $50 at the beginning of the year for an investment. The value of the investment grows 5.0%, and you earn a dividend of $4.4. What was your holding period return (HPR)? Enter answer in percents, accurate to two decimal places.
Suppose you fire a projectile straight up from the Earth’s North Pole with a speed of...
Suppose you fire a projectile straight up from the Earth’s North Pole with a speed of 10.5km/s. Ignore air resistance. (a) How far from the center of the Earth does the projectile rise? How high above the surface of the Earth is that? (The radius of the Earth is RE = 6.37 × 106 m, and the mass of the Earth is M = 5.97 × 1024 kg.) (b) How different is the result you got in part (a) above...
Chemistry: Calorimetry and Heats of Reaction Mass of water in styrofoam cup: 100g Mass of KCl:...
Chemistry: Calorimetry and Heats of Reaction Mass of water in styrofoam cup: 100g Mass of KCl: 1.650g Initial Temperature: 20.6degC Final Temperature: 19.6degC q=(75g)(1.0 cal/g x degC)(-1degC)= -75cal qreaction= -qcontents -75 cal = 75 cal --> 0.075kCal 1.650g KCl = 0.2214 mol KCl 0.075kCal/0.02214mol = 3.39kCal mol KCl Is this the standard heat of solution? If this is the standard heat of solution, how would I determine the percent error of my result? I was given this equation: Percent error...
​At heat death the universe _____. ​A) reaches thermal equilibrium B) cools down C) heats up
​At heat death the universe _____. ​A) reaches thermal equilibrium B) cools down C) heats up
A production facility heats various equipment using a network of heated air and water vapor lines....
A production facility heats various equipment using a network of heated air and water vapor lines. A boiler produces a 195.0 mol/hr stream consisting of 0.590 mol fraction of water and 0.410 mol fraction of air at 131.0°C and 5200.0 mmHg. The air and water vapor cool as the gases move away from the boiler, and steam traps collect and remove condensed water from the lines while the pressure remains constant. a) If a total of 65.6 mol/hr of condensed...
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT