The increase in temperature is directly proportional to the quantity of heat q absorbed by the system. (2024)

The increase in temperature is directly proportional to the quantity of heat q absorbed by the system. (1)

The increase in temperature is directly proportional to the quantity of heat q absorbed by the system. (2)

The increase in temperature is directly proportional to the quantity of heat q absorbed by the system. (3)

The increase in temperature is directly proportional to the quantity of heat q absorbed by the system. (4)

The increase in temperature is directly proportional to the quantity of heat q absorbed by the system. (5)

The increase in temperature is directly proportional to the quantity of heat q absorbed by the system. (6)

The increase in temperature is directly proportional to the quantity of heat q absorbed by the system. (7)

The increase in temperature is directly proportional to the quantity of heat q absorbed by the system. (8)

The increase in temperature is directly proportional to the quantity of heat q absorbed by the system. (9)

The increase in temperature is directly proportional to the quantity of heat q absorbed by the system. (10)

A

True

Right on! Give the BNAT exam to get a 100% scholarship for BYJUS courses

B

False

No worries! We‘ve got your back. Try BYJU‘S free classes today!

Open in App

Solution

The correct option is A

True

Yes, the statement is true
I think you must have noticed it. When heat is transferred to the system, its temperature increases, the increase in temperature is directly proportional to the quantity of heat absorbed by the system.
q∝ΔT
⇒q=CΔT
C is Heat Capacity.


The increase in temperature is directly proportional to the quantity of heat q absorbed by the system. (11)

The increase in temperature is directly proportional to the quantity of heat q absorbed by the system. (12)

Suggest Corrections

The increase in temperature is directly proportional to the quantity of heat q absorbed by the system. (13)

The increase in temperature is directly proportional to the quantity of heat q absorbed by the system. (14)

1

The increase in temperature is directly proportional to the quantity of heat q absorbed by the system. (17)

The increase in temperature is directly proportional to the quantity of heat q absorbed by the system. (18)

The increase in temperature is directly proportional to the quantity of heat q absorbed by the system. (19)

The increase in temperature is directly proportional to the quantity of heat q absorbed by the system. (20)

Similar questions

View More

Join BYJU'S Learning Program

The increase in temperature is directly proportional to the quantity of heat q absorbed by the system. (21)

The increase in temperature is directly proportional to the quantity of heat q absorbed by the system. (22)

Related Videos

The increase in temperature is directly proportional to the quantity of heat q absorbed by the system. (23)

The increase in temperature is directly proportional to the quantity of heat q absorbed by the system. (24)

The increase in temperature is directly proportional to the quantity of heat q absorbed by the system. (25)

Thermodynamic Processes

PHYSICS

Watch in App

Join BYJU'S Learning Program

The increase in temperature is directly proportional to the quantity of heat q absorbed by the system. (28)

The increase in temperature is directly proportional to the quantity of heat q absorbed by the system. (29)

Solve

The increase in temperature is directly proportional to the quantity of heat q absorbed by the system. (30)

The increase in temperature is directly proportional to the quantity of heat q absorbed by the system. (31)

Textbooks

The increase in temperature is directly proportional to the quantity of heat q absorbed by the system. (32)

The increase in temperature is directly proportional to the quantity of heat q absorbed by the system. (33)

Question Papers

The increase in temperature is directly proportional to the quantity of heat q absorbed by the system. (34)

The increase in temperature is directly proportional to the quantity of heat q absorbed by the system. (35)

Install app

The increase in temperature is directly proportional to the quantity of heat q absorbed by the system. (2024)
Top Articles
Our Guide To The Best Family Travel Insurance For Australians
How college students can start investing — and making — money
Peraton Sso
Charleston Gazette-Mail Memorials and Obituaries | We Remember
Redbox Walmart Near Me
TheAdventuresofRob's Medals
Dana Perino, one of the moderators, is facing her biggest test as a journalist.
The life of Dana Perino: the rare Fox News anchor who's worried about being boring
Page 1826 – Epic Dope
The History of the “Forbidden” Fruit
Latest Posts
Family Travel Insurance | Canstar
For Frequent Traveler: The 11 Best Annual Travel Insurance Policies
Article information

Author: Cheryll Lueilwitz

Last Updated:

Views: 6042

Rating: 4.3 / 5 (54 voted)

Reviews: 93% of readers found this page helpful

Author information

Name: Cheryll Lueilwitz

Birthday: 1997-12-23

Address: 4653 O'Kon Hill, Lake Juanstad, AR 65469

Phone: +494124489301

Job: Marketing Representative

Hobby: Reading, Ice skating, Foraging, BASE jumping, Hiking, Skateboarding, Kayaking

Introduction: My name is Cheryll Lueilwitz, I am a sparkling, clean, super, lucky, joyous, outstanding, lucky person who loves writing and wants to share my knowledge and understanding with you.