The Roemer temperature scale sets the freezing point of water at 0.50 degrees Roemer and the boiling point at 60.0 degrees Roemer. What is the equivalent temperature in kelvins of 30.0 degrees Roemer

the equivalent temperature in kelvins of 30.0 degrees Roemer is 323 K

Explanation:

The computation of the equivalent temperature is as follows:

The freezing point of water is 0 degrees

As in the Roemer scale, o degrees means 0.5 degrees Roemer

Therefore

°C = ({Roemer} - 0.5 ) × 100 ÷ 59.5

As the boiling point is 100°C and the boiling point of 60.0 degrees would be obtained from the equation shown above

Now

If {° Roemer} = 30°

{°C} = (30 - 0.5) × 100 ÷ 59.5

= 49.57°C

So,

= 49.57°C  + 273 K

= 322.57  K

= 323 K

Hence, the equivalent temperature in kelvins of 30.0 degrees Roemer is 323 K

hypothesising or postulating

their crystal patterns have been disrupted by stress