We use 4 ice cubes (0.005 kg each) at a temperature of -2°C to chill a soft drink at an initial temperature of 22°C.If the total mass of the soft drink is 0.4kg and assume there is no heat is lost to the surrounding, determine the final temperature of the mixture. Assume the specific heats for ice and drink are 2090 c and 840c, respectively. Also, the latent heat of fusion for ice is 334000. kg°C kg°C'

We use 4 ice cubes (0.005 kg each) at a temperature of -2°C to chill a soft drink at an initial temperature of 22°C.If the total mass of the soft drink is 0.4kg and assume there is no heat is lost to the surrounding, determine the final temperature of the mixture. Assume the specific heats for ice and drink are 2090 c and 840c, respectively. Also, the latent heat of fusion for ice is 334000. kg°C kg°C'

Name: Pls help ASAP. Pls show all work and calculations. Pls write the heat
Uploaded: 2022-11-29T14:11:44.000Z
Channel: Bartleby
Description: Pls help ASAP. Pls show all work and calculations. Pls write the heat balance between the ice cubes and the soft drink. Pls consider the thermal energy required for the phase change of the ice cubes. We use 4 ice cubes (0.005 kg each) at a temperatur

Principles of Physics: A Calculus-Based Text

5th Edition

ISBN:9781133104261

Author:Raymond A. Serway, John W. Jewett

Publisher:Raymond A. Serway, John W. Jewett

Chapter17: Energy In Thermal Processes: The First Law Of Thermodynamics

Section: Chapter Questions

Problem 4OQ

See similar textbooks

Similar questions

For the human body, what is the rate of heat transfer by conduction through the body's tissue with the following conditions: the tissue thickness is 3.00 cm, the difference in temperature is 2.00 , and the skin area is 1.50 m2. How does this compare with the average heat transfer rate to the body resulting from an energy intake of about 2400 kcal per day? (No exercise is included.)
A high-end gas stove usually has at least one burner rated at 14 000 Btu/h. (a) If you place a 0.25-kg aluminum pot containing 2.0 liters of water at 20.C on this burner, how long will it take to bring the water to a boil, assuming all the heat from the burner goes into the pot? (b) Once boiling begins how much time is required to boil all the water out of the pot?
Initially you have mwater=4.2kg of water at Twater=66 degrees celcius in a insulated container. You add ice at T ice= -18 degrees celcius to the container and the mix reaches a final, equillibrium temperature of Tf=27 degrees celcius. The specific heat of ice and water are c ice= 2.10×10^3 J/kg×°C) and c water= 4.19×10^3, respectivly, and the latent heat of fusion of water is Lf= 3.34×10^5 J/kg. A.) What is the expression for the mass of ice you added, in terms of the defined quantities? B.) What is the mass of ice, in Kg?
Suppose you want to raise the temperature of a mass m of ice from T0 < 0 °C to T > 100 °C. In this problem, represent the heat of fusion as Lf, the heat of vaporization as Lv, and the temperatures at which the phase changes occur as Tf and Tv. How much heat must be transferred for this to happen, including the energy needed for phase changes? Your answer should be in terms of the variables in the introduction and the specific heats of ice (ci), water (cw), and steam (cs). The talent heats are Lf= 334kJ/kg and Lv=2256kJ/kg?
In a espresso coffee shop stand they prepare steamed milk by bubbling steam at 140 degrees Celsius through a cup of milk at 30 degrees Celsius, raising the temperature of the milk and its container to 50 degrees Celsius. What mass of steam is required to heat 220 grams (essentially as water) in a cup of mass of 100 grams given the following data? The specific heat of milk is equal to 1kcal/(kg*deg C), the specific heat of the cup = 0.2 kcal/(kg*deg C), the specific heat of steam = 0.48kcal/(kg*deg C), the heat of vaporization of water = 540 kcal/kg, and the boiling point of water is 100 deg celcius.
On a cold winter day when the temperature is -20.0 ∘C, what is the amount of heat needed to warm to internal body temperature (37.0∘C) the 0.550 L of air exchanged with each breath? Assume that the specific heat capacity of air is 1020 J/(kg⋅K) and that 1.0 L of air has a mass of 1.3 g. Express your answer in joules. How much heat is lost per hour if the respiration rate is 19.0 breaths per minute?
A Styrofoam cooler has total wall area (including the lid) of 0.80m2 and wall thickness 2.0 cm. It is filled with ice, water, and cans of Omni-Cola, all at 0°C. What is the rate of heat flow into the cooler if the temperature of the outside wall is 30°C.? How much ice melts in 3 hours? Ksytrofoam=0.027 W/m-K A. 34.2 W , 1.04 kg B. 32.4 W , 1.04 kg C. 32.4 W , 1.40 kg D. 34.2 W , 1.40 kg
Water with a mass of mW = 0.400 kg and temperature of TW = 18.5°C is poured into an insulated bucket containing mI = 0.11 kg of ice at a temperature of TI = -18°C. Assume the specific heats of ice and water are constant at cI = 2.10×103 J/(kg⋅°C) and cW = 4.19×103 J/(kg⋅°C), respectively. The latent heat of fusion for water is Lf = 334×103 J/kg. What is the final temperature of the mixture, in degrees Celsius?
One way to keep the contents of a garage from becoming too cold on a night when a severe subfreezing temperature is forecast is to put a tub of water in the garage. If the mass of the water is 122 kg and its initial temperature is 24.2°C, how much energy must the water transfer to its surroundings in order to freeze completely? The specific heat of water is 4186 J/kg·K, and the latent heat of fusion is 333 kJ/kg.
An ice cube of mass 500 g and at 0 degrees * C is dropped into a cup containing 1kg of water at 70 degrees * C . (The latent heat of fusion of water is 80cal / g and the specific heat capacity of water is 1.0 cal/g Co.) Assuming the cup does not exchange any heat with the outside. what is final temperature?
At a foundry, 22 kg of molten aluminum witha temperature of 660.4◦C is poured into amold.If this is carried out in a room containing150 kg of air at 25◦C, what is the temperatureof the air after the aluminum is completelysolidified? Assume that the specific heat capacity of air is 1.0×10^3J/kg ·◦C. The specificheat of aluminum is 899 J/kg ·◦ C and its latent heat of fusion is 3.97 × 10^5J/kg.Answer in units of ◦C
A thirsty nurse cools a 2.40 L bottle of a soft drink (mostly water) by pouring it into a large aluminum mug of mass 0.249 kg and adding 0.122 kg of ice initially at -14.3 ∘C. If the soft drink and mug are initially at 21.0 ∘C, what is the final temperature of the system, assuming no heat losses? Express your answer in degrees Celsius.