Explain the initial temperature of both solutions, Chemistry

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Explain the initial temperature of both solutions

Calculate the final temperature of the solution? Knowing that the heat of neutralization is:

-56.2kJ/mol. A quantity of 4.00x10² ml of 0.600M HNO3 is mixed with4.00x10 ² ml of 0.300M Ba (OH)2 in a constant -pressure calorimeter of negligible heat capacity. The initial temperature of both solutions was the same 18.46C.

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Chemistry: Explain the initial temperature of both solutions

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Q : Explain the initial temperature of both solutions

-56.2kJ/mol. A quantity of 4.00x102 ml of 0.600M HNO3 is mixed with4.00x10 2 ml of 0.300M Ba (OH)2 in a constant -pressure calorimeter of negligible heat capacity. The initial temperature of both solutions was the same 18

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Chemistry: Explain the initial temperature of both solutions

Reference No:- TGS0855366

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Recent Questions Asked Chemistry

Q : Generator is designed to generate a maximum emf

Q : Explain the empirical and the molecular formulas

Q : Structure of a two-factor analysis

Q : Speed equivalent to one-fourth its original speed

Q : Explain the initial temperature of both solutions

Q : Determine how high will the other ball go up

Q : Calculate the ka value measured by the student

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Request for Solution File

Ask an Expert for Answer!!

Chemistry: Explain the initial temperature of both solutions

Reference No:- TGS0855366

Recent Questions Asked Chemistry

Q : Generator is designed to generate a maximum emf

Q : Explain the empirical and the molecular formulas

Q : Structure of a two-factor analysis

Q : Speed equivalent to one-fourth its original speed

Q : Explain the initial temperature of both solutions

Q : Determine how high will the other ball go up

Q : Calculate the ka value measured by the student

Q : Determine the induced emf in the solenoid

Q : Find smallest number of people who have to go on tour

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