Answer:

Explanation:
To convert degrees Celsius to Kelvin, use the following formula.

Since we are trying to find 38 degrees Celsius in Kelvin, so we should substitute 38 in for degrees Celsius.


Add 38 and 273.15.

38 degrees Celsius is equal to 311.15 Kelvin
They are all energy’s
And all types of energy’s can be transformed into other types of energy’s
The answer is deformation of rocks. hope it helps :)
Answer:
B
Explanation:
Always remember blood first flows from atria (remember A comes before V) to ventricles and the right side always carries deoxgenated blood to the lungs which then arrives through the left side when oxygenated