Hello,
The answer should be option D "specific heat".
Reason:
Specific heat is what tells the person how my heat and or pressure is required to raised the objects temperature. Its not option A convection because I'm convection is mainly used as like the ozone layer and the suns rays. Its not option B radiation because radiation doesn't tell the person what temperature it needs in order for it to rise its more like its already rises and hot. Its also not option C because conduction is the process of a object heating another object therefore the answer is option D.
If you need anymore help feel free to ask me!
Hope this helps!
~Nonportrit
In statistics there are different types of distributions, like rectangular, or Poisson, A normal distribution is bellshaped
Answer:
Explanation:
Given
mass of squirrel 
Surface area of squirrel 
and the area which face 
height of tree 
Coefficient of drag 
drag Force 
Terminal velocity is given





(b)Mass of person 





<span>None of the choices makes a correct statement. The third choice is close,
but misleading.
The pencil appears broken because light bends away from a straight line
when it crosses the boundary between air and water.</span>