Part 8: ICSE physics numericals of Force for class 10 senila publication

SACH CRICKET 2017-03-09

Views 22

Part 11: ICSE physics numericals of Force for class 10 senila Publication
Show more

Share This Video


Download

  
Report form
RELATED VIDEOS
ICSE physics numericals of Force for class 10 senila publication part 2
play
02:44

ICSE physics numericals of Force for class 10 senila publication part 2
Physics Numericals of Force For class 10 ICSE Selina publication part 7
play
03:09

Physics Numericals of Force For class 10 ICSE Selina publication part 7
ICSE Physics Numericals Of Force For Class 10 Senila Publication Part 14
play
03:11

ICSE Physics Numericals Of Force For Class 10 Senila Publication Part 14
Physics Numericals of Force For class 10 ICSE Selina publication part 6
play
05:54

Physics Numericals of Force For class 10 ICSE Selina publication part 6
ICSE physics numericals of Force for class 10 senila publication part 1
play
03:31

ICSE physics numericals of Force for class 10 senila publication part 1
Physics Numericals of Force For class 10 ICSE Selina publication part 5
play
04:02

Physics Numericals of Force For class 10 ICSE Selina publication part 5
Icse Class 10 Physics Numericals Concise Senila
play
01:14

Icse Class 10 Physics Numericals Concise Senila
How much heat is required to raise the temperature of 1kg of lead from 25⁰C to 100⁰C.Specific heat capacity of lead=0.128 J/g⁰C Physics class 12 numericals solution Inter class physics numerical solution First law of thermodynamics numericals
play
03:39

How much heat is required to raise the temperature of 1kg of lead from 25⁰C to 100⁰C.Specific heat capacity of lead=0.128 J/g⁰C Physics class 12 numericals solution Inter class physics numerical solution First law of thermodynamics numericals
Class 9 - Physics - Chapter 2 - Lecture 14 - Numericals 2.5 to 2.7
play
23:58

Class 9 - Physics - Chapter 2 - Lecture 14 - Numericals 2.5 to 2.7
Class 9 - Physics - Chapter 2 - Lecture 15 - Numericals 2.8 to 2.10
play
19:08

Class 9 - Physics - Chapter 2 - Lecture 15 - Numericals 2.8 to 2.10
A carnot engine takes 2000J of heat from a reservoir at 500K does some work and discards some heat to a reservoir at 350K.How much heat is discarded,how much work does the engine do and what is the efficiency ? Physics class 12 numericals
play
06:49

A carnot engine takes 2000J of heat from a reservoir at 500K does some work and discards some heat to a reservoir at 350K.How much heat is discarded,how much work does the engine do and what is the efficiency ? Physics class 12 numericals
Numericals Class 9 Physics Ex 1 PTB
play
36:21

Numericals Class 9 Physics Ex 1 PTB