Math, asked by Jugli, 1 year ago

convert 104°f into °c

Answers

Answered by kaurSneha

5

104°F = 40°C
Hope it help
#MS

Answered by Indu9156

2

104 -273= -169 c as when we change f to c we should subtract -273.

kaurSneha: it was used in kelvin

kaurSneha: sry but u r wrg

Indu9156: oh ok thanks

kaurSneha: wlcm

kaurSneha: ☺.

Previous Question

Next Question

Similar questions

Computer Science, 7 months ago

is multi-modality always a good thing? Justify your answer.

Math, 7 months ago

If we divide the number 536 by 14 is...

English, 7 months ago

Mary decided to _____ off her birthday party as she had an examination the next day...

Science, 1 year ago

Give an example of simple harmonic matotican...

Chemistry, 1 year ago

why we are not allowed to dig tube wells in urban areas?

Math, 1 year ago

write an algebric expression forone fifth of a number subtracted from five...

Physics, 1 year ago

The electrostatic potential U(x,y) in a rectangular region (0≤x≤20m, 0≤ y ≤40m) is governed by the 2 dimensional Laplace partial differential equation: d^2 U(x,y)/dx^2 + d^2 U(x,y)/dy^2 =0. Determine Potential U(x,y) in the rectangular region 0 ≤ x ≤ 20 and 0 ≤ y ≤ 40 for the following boundary conditions: U(0, y) = U(20, y) = U(x,0) = 0 Volts and U(x,40) = 110V...

Physics, 1 year ago

The electrostatic potential U(x,y) in a rectangular region (0≤x≤20m, 0≤ y ≤40m) is governed by the 2 dimensional Laplace partial differential equation: d^2 U(x,y)/dx^2 + d^2 U(x,y)/dy^2 =0. Determine Potential U(x,y) in the rectangular region 0 ≤ x ≤ 20 and 0 ≤ y ≤ 40 for the following boundary conditions: U(0, y) = U(20, y) = U(x,0) = 0 Volts and U(x,40) = 110V...