how many heat is required to raise the temperature of 5 gram of Mercury from 20 degree Celsius to 200 degree Celsius??
( specific heat capacity of mercury= 0.138 x 10 ^3 j/kg degree C)
Answers
Answered by
6
hey mate ❗️❗️❗️
❤❤❤here is your solution ❤❤❤
hope it's help you ✔️✔️
❤❤❤here is your solution ❤❤❤
hope it's help you ✔️✔️
Attachments:
Answered by
3
hey dear here is ur answer
The formula for specific heat is:
E=mcθ, where:
E is the energy needed in joules,
m is the mass in kilograms,
c is the specific heat,
θ is the change in temperature, Celsius of Kelvin doesn't matter.
Here,
m=0.125kg
c=480J/kg∘C
θ=5∘C, and inputting:
E=0.125⋅480⋅5
E=300J of energy is needed.
hope it helps u
The formula for specific heat is:
E=mcθ, where:
E is the energy needed in joules,
m is the mass in kilograms,
c is the specific heat,
θ is the change in temperature, Celsius of Kelvin doesn't matter.
Here,
m=0.125kg
c=480J/kg∘C
θ=5∘C, and inputting:
E=0.125⋅480⋅5
E=300J of energy is needed.
hope it helps u
liza098765432:
thank you
Similar questions