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I mole of naphthalene ({C}_{10} {H}_{8}) was burnt in oxygen g

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I mole of naphthalene $(C_{10} H_{8})$ was burnt in oxygen gas at $2 5^{\circ} C$ at constant volume. The heal evolved was found to be $5138.8 kJ$ . Calculate the heat of reaction at constant pressure.

Name: Video solution 1: I mole of naphthalene (C10H8) was burnt in oxygen gas at 25∘C at constant volume. The heal evolved was found to be 5138.8 kJ. Calculate the heat of reaction at constant pressure.
Uploaded: 2022-11-03T12:04:40.000Z
Duration: 10 min
Description: Video solution 1: I mole of naphthalene (C10H8) was burnt in oxygen gas at 25∘C at constant volume. The heal evolved was found to be 5138.8 kJ. Calculate the heat of reaction at constant pressure.

$4770.9 kJ$
$5143.8 kJ$
$6796.6 kJ$
$5791.2 kJ$

Views: 5,050 students

Updated on: Nov 3, 2022

Found 8 tutors discussing this question

Daniel Discussed

I mole of naphthalene

(C_{10} H_{8})

was burnt in oxygen gas at

2 5^{\circ} C

at constant volume. The heal evolved was found to be

5138.8 kJ

. Calculate the heat of reaction at constant pressure.

8 mins ago

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8 mins ago

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Uploaded on: 11/3/2022

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Question Text	I mole of naphthalene $(C_{10} H_{8})$ was burnt in oxygen gas at $2 5^{\circ} C$ at constant volume. The heal evolved was found to be $5138.8 kJ$ . Calculate the heat of reaction at constant pressure.
Updated On	Nov 3, 2022
Topic	Thermochemistry
Subject	Chemistry
Class	Class 11
Answer Type	Video solution: 1
Upvotes	82
Avg. Video Duration	10 min

I mole of naphthalene $(C_{10} H_{8})$ was burnt in oxygen gas at $2 5^{\circ} C$ at constant volume. The heal evolved was found to be $5138.8 kJ$ . Calculate the heat of reaction at constant pressure.

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I mole of naphthalene (C10​H8​) was burnt in oxygen gas at 25∘C at constant volume. The heal evolved was found to be 5138.8 kJ. Calculate the heat of reaction at constant pressure.

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I mole of naphthalene $(C_{10} H_{8})$ was burnt in oxygen gas at $2 5^{\circ} C$ at constant volume. The heal evolved was found to be $5138.8 kJ$ . Calculate the heat of reaction at constant pressure.