Question

Given: K = °C + 273.15

What is the temperature of the flame in degrees Celsius?

You measure the flame of a candle and get a reading of 1,376.06 K. This value is equal to
____°C.

Answer 1

Answer: {1102.91}

Given: K= °C + 273.15

K = 1,376.06

Since you’re trying to find C (Celsius) you want to get C by itself in the problem. So you subtract 273.15 from that side. Anything you do to one side of the equal sign you have to do to the other side, so also subtract 273.15 from K (1,376.06).

1,376.06 - 273.15 = {1102.91°C}

Answer 2

Answer : The value of temperature in degree Celsius is $1102.91^oC$

Explanation :

The conversion used for the temperature from Kelvin to degree Celsius is:

$K=273.15+^oC$

where,

$K$ = temperature in Kelvin

$^oC$ = temperature in centigrade

As we are given the temperature in Kelvin is,  1376.06 K

Now we have to determine the temperature in degree Celsius.

$K=273.15+^oC$

Now put the value of temperature in Kelvin in this expression, we get:

$1376.06=273.15+^oC$

$^oC=1102.91$

Therefore, the value of temperature in degree Celsius is $1102.91^oC$