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1) Write a program that calculates the heat flow from a single component system. This program will utilize the integral form of specific heat. The heat flow is calculated as: 

          1) Write a program that calculates the heat flow from a single component system. This program will utilize the integral form of specific heat.
The heat flow is calculated as:
1) Write a program that calculates the heat flow from a single component system. This program will utilize the integral form of specific heat. The heat flow is calculated as:

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Computer Science and Information Technology
Computer Science and Information Technology
Trishna Knowledge Systems 2018 Edition
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Write a program that calculates the heat flow from a single component system. This program will utilize the integral form of specific heat. The heat flow is calculated as: 1) Write a program that calculates the heat flow from a single component system.This program will utilize the integral form of specific heat The heat flow is calculated as:
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00:01 For this question, according question, rain draw, so is equals to rho minus sigma divided by rho into g, so is equal to 1 .9 .98 meter per second, squared by 1 .2, divide by 1 ,000 into 10.
00:42 And here u is equal to initial velocity is equal to zero and s is equal to 12 100 meter so according to equation of motion v square is equal to u squared plus 2 as so put the values v square is equal to 0 plus 2 into 9 .98 into 12 100 so b is equals to 550 km per second...
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