menu
Qamnty
Login
Register
My account
Edit my Profile
Private messages
My favorites
In a chemical reaction, the reactants contain 385 kJ of chemical energy, and the products contain 366 kJ of chemical energy. In order for energy to be conserved, what must happe…
Ask a Question
Questions
Unanswered
Tags
Ask a Question
In a chemical reaction, the reactants contain 385 kJ of chemical energy, and the products contain 366 kJ of chemical energy. In order for energy to be conserved, what must happe…
asked
Feb 27, 2018
127k
views
5
votes
In a chemical reaction, the reactants contain 385 kJ of chemical energy, and the products contain 366 kJ of chemical energy.
In order for energy to be conserved, what must happen?
Chemistry
high-school
GigiSan
asked
by
GigiSan
6.9k
points
answer
comment
share this
share
0 Comments
Please
log in
or
register
to add a comment.
Please
log in
or
register
to answer this question.
2
Answers
5
votes
Answer: 19kJ of energy must be released
Step-by-step explanation:
Katja Braz
answered
Mar 1, 2018
by
Katja Braz
7.9k
points
ask related question
comment
share this
0 Comments
Please
log in
or
register
to add a comment.
4
votes
In order for energy to be conserved 19 KILO JOULE OF ENERGY MUST BE RELEASED AS HEAT.
In chemical reactions, energy is always conserved. In the question given above, there is a difference of 19 kj in the energy quantity between the reactants and the products. The reactants has more energy than the products, this excess energy is given off as heat during the reaction.
Lifeweaver
answered
Mar 3, 2018
by
Lifeweaver
8.6k
points
ask related question
comment
share this
0 Comments
Please
log in
or
register
to add a comment.
← Prev Question
Next Question →
Related questions
asked
Nov 8, 2018
131k
views
. In a chemical reaction, the reactants contain 385 kJ of chemical energy, and the products contain 366 kJ of chemical energy. In order for energy to be conserved, what must happen?
Yaqub Ahmad
asked
Nov 8, 2018
by
Yaqub Ahmad
7.9k
points
Physics
middle-school
1
answer
4
votes
131k
views
asked
Jul 11, 2024
38.4k
views
The specific heat of zinc is 0.39 J/(g°C). If 2.48 g of zinc at an initial temperature of 28.5 °C rose to 48.5 °C, how much heat in J was absorbed by the piece of zinc? a) 98.76 J b) 385.63 J c) 366.88
Engr Saddam Zardari
asked
Jul 11, 2024
by
Engr Saddam Zardari
8.0k
points
Physics
high-school
1
answer
3
votes
38.4k
views
asked
Jan 20, 2024
64.9k
views
Use bond energies to calculate the energy change for this reaction. Bond and Energy (kJ/mol) H-H = 436 Br-Br = 194 H-Br = 366 C-H = 410 C-Br = 270
Travis
asked
Jan 20, 2024
by
Travis
8.0k
points
Chemistry
college
1
answer
0
votes
64.9k
views
Ask a Question
Welcome to Qamnty — a place to ask, share, and grow together. Join our community and get real answers from real people.
Categories
All categories
Mathematics
(3.7m)
History
(955k)
English
(903k)
Biology
(716k)
Chemistry
(440k)
Physics
(405k)
Social Studies
(564k)
Advanced Placement
(27.5k)
SAT
(19.1k)
Geography
(146k)
Health
(283k)
Arts
(107k)
Business
(468k)
Computers & Tech
(195k)
French
(33.9k)
German
(4.9k)
Spanish
(174k)
Medicine
(125k)
Law
(53.4k)
Engineering
(74.2k)
Other Questions
Compare and contrast an electric generator and a battery??
Can someone complete the chemical reactions, or write which one do not occur, and provide tehir types? *c2h4+h2o *c3h8 + hcl *c2h2+br2 *c4h10+br2 *c3h6+br2
Why is gold preferred as a superior metal over silver and bronze?
Twitter
WhatsApp
Facebook
Reddit
LinkedIn
Email
Link Copied!
Copy
Search Qamnty