Kindly check the answer in picture containing the question before submitting the solution the solution. heater is switched on.mixture, time t elapsed in the process of melting of ice and time t2at a constant rate by a heater to the mixture. The graph showstemperature of the mixture for a portion of a time interval after theAssuming heat loss to the surroundings and heat capacity of theheat of water is sw = 4.2 kJ/(kg-°C), specific latent heat of fusion of ice isL=0.33 MJ/kg and melting point of ice is = 0°C. Now heat is suppliedwater at temperature & = -21.0 °C is kept in a calorimeter. Total massUnder certain conditions, a mixture of crushed ice and super cooledUnde at temperature & =-21.0 °C is kept in a calorimeter. Total masswane mixture is m = 0.60 kg. Heat capacities of water and ice in the01rimeter are equal. Specific heat of ice is s; = 2.1 kJ/(kg°C), specific%3Dpe 33 MJ/kg and melting point of ice is 6 =0°C. Now heat is suppliedDa constant rate by a heater to the mixture. The graph shows%3D1.0.Aesuming heat loss to the surroundings and heat capacity of thelorimeter to be negligible, find power p delivered by the heater to themixture, time t elapsed in the process of melting of ice and time t2elapsed after complete ice melts until temperature reaches 6 = 20 °C.Ars: 168 W, ti=785.71s,tz=3cô-1-2t/s10 20 30%3D100

Heat of fusion Heat of fusion measures the amount of energy required to melt a given mass of a solid…

Under temperature of the mixture for a portion of a time interval after the at a constant rate by a heater to the mixture. The graph shows Assuming heat loss to the surroundings and heat capacity of the of the mixture is m = 0.60 kg. Heat capacities of water and ice in the L=0.33 MJ/kg and melting point of ice is 6 =0°C. Now heat is supplied calorimeter are equal. Specific heat of ice is s; = 2.1 kJ/(kg-°C), specific water at temperature O = -21.0 °C is kept in a calorimeter. Total mass öf crushed ice and super cooled canof water is sw = 4.2 kJ/(kg·°C), specific latent heat of fusion of ice is erc+ heater is switched on. 0. -1 lorimeter to be negligible, find power p delivered by the heater to the nixture, time t elapsed in the process of melting of ice and time t2 Hansed after complete ice melts until temperature reaches 62 = 20 °C. Ar: 168 W, t=785.71 s,tz=3c0S -2 0, 10 20 30 tis

Under temperature of the mixture for a portion of a time interval after the at a constant rate by a heater to the mixture. The graph shows Assuming heat loss to the surroundings and heat capacity of the of the mixture is m = 0.60 kg. Heat capacities of water and ice in the L=0.33 MJ/kg and melting point of ice is 6 =0°C. Now heat is supplied calorimeter are equal. Specific heat of ice is s; = 2.1 kJ/(kg-°C), specific water at temperature O = -21.0 °C is kept in a calorimeter. Total mass öf crushed ice and super cooled canof water is sw = 4.2 kJ/(kg·°C), specific latent heat of fusion of ice is erc+ heater is switched on. 0. -1 lorimeter to be negligible, find power p delivered by the heater to the nixture, time t elapsed in the process of melting of ice and time t2 Hansed after complete ice melts until temperature reaches 62 = 20 °C. Ar: 168 W, t=785.71 s,tz=3c0S -2 0, 10 20 30 tis

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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