Solve Super Position Theorum: Double Loop Circuit

[dawsond78]

I have two batteries and three resistors in a double loop circuit, Loop 1 is a 8V battery and res 1 is 8 Ohms and the res 2 is 6 Ohms need to work out super position theorum for that then the second loop is res 2 is 6 Ohms and res 3 is 3Ohms and the battery is 9V, need to work out the super position theorum for that then using kirchhoffs law i have to check both and confirm that i get the same values. Can anyone help please.

 

[tiny-tim]

welcome to pf!

hi dawsond78! welcome to pf!

Show us the equations you have, and where you're stuck, and then we'll know how to help!

 

[dawsond78]

[i have a question i am stuck on,
" The input power of a heat exchanger is rated at 5.56MW and is supplied with water at 37 Degrees C. The exchanger heats the water to 100 Degrees C, at which point it is turned into dry stream. The dry steam is then supplied by the heat exchanger at 1.6 kg/s.
The specific heat capacity of water is 4.19kJ/kgK and the specific latent heat of vaporisation is 2.25Mj/K"

1. find heat supplied/kg
2.thermal efficiency of the heat exchanger


Can anyone help me please]

 

[berkeman]

I have two batteries and three resistors in a double loop circuit, Loop 1 is a 8V battery and res 1 is 8 Ohms and the res 2 is 6 Ohms need to work out super position theorum for that then the second loop is res 2 is 6 Ohms and res 3 is 3Ohms and the battery is 9V, need to work out the super position theorum for that then using kirchhoffs law i have to check both and confirm that i get the same values. Can anyone help please.

[i have a question i am stuck on,
" The input power of a heat exchanger is rated at 5.56MW and is supplied with water at 37 Degrees C. The exchanger heats the water to 100 Degrees C, at which point it is turned into dry stream. The dry steam is then supplied by the heat exchanger at 1.6 kg/s.
The specific heat capacity of water is 4.19kJ/kgK and the specific latent heat of vaporisation is 2.25Mj/K"

1. find heat supplied/kg
2.thermal efficiency of the heat exchanger


Can anyone help me please]

dawsond78, please check your Personal Messages (PMs).