Calculate ∆U (the change in internal energy) for a system on which 850.00
kJ of work was done, while it absorbed 620.00. kJ of heat.

Question

Seudónimo Seudónimo

21-11-2020
Chemistry

contestada

Calculate ∆U (the change in internal energy) for a system on which 850.00
kJ of work was done, while it absorbed 620.00. kJ of heat.

Respuesta :

Otras preguntas

The original price of a Kindle is $269.99. If a discount of 15% is given, what is the amount of the discount?

the french and indian war 1754-1763 was a turning point in the relationship between american colonists and the british government because the war

w = 11 L + 52A veterinarian uses the model above to estimate the weight w of a hamster, in grams, in terms of the hamester's length L, in cenimeters. Based on t

The vertices of a triangle are A(7, 5), B(4, 2), and C(9, 2). What is m`/_ABC`?

Where is the energy in a glucose molecule stored? a.in the bonds between the atoms b.inside the carbon atoms c.inside the hydrogen atoms d.inside the protons?

what is the permeter of a rectangle

A certain drug is made from only two ingredients: compound a and compound b. there are 6 milliliters of compound a used for every 5 milliliters of compound

The longer leg of a 30 6090 triangle is 16 square root three. How long is the shorter leg?

Use Pascal's Triangle to find (9 3). Someone help me please I don't have whatever that is.

Merrill Lynch announced this week that 3400 workers will be laid off. What pwrcent of their 65000 employees does this represent

madalynnmyler madalynnmyler · Answer 1 · 2020-11-21T22:56:49+01:00

madalynnmyler madalynnmyler

21-11-2020

Answer:

The heat gain by the system,

q

=

−

250

kJ

.

The work done on the system ,

w

=

−

500

kJ

.

The First Law of Thermodynamics state that

Δ

U

=

q

+

w

=

−

750

kJ

Explanation:

Answer Link

Calculate ∆U (the change in internal energy) for a system on which 850.00 kJ of work was done, while it absorbed 620.00. kJ of heat.

Respuesta :

Otras preguntas

Calculate ∆U (the change in internal energy) for a system on which 850.00
kJ of work was done, while it absorbed 620.00. kJ of heat.