A student observes that the temperature of a container of water stops increasing right before it starts to boil and turn into ga
s. Which statement is correct about the thermal energy of the water? (1 point) The kinetic energy of the water is still increasing even though the temperature is not increasing.
The thermal energy of the water remains constant as it transforms from liquid to gas.
The thermal energy of the water is still increasing even though the temperature is not increasing. The potential energy of the water remains constant as it transforms from liquid to gas.
During boiling, the temperature of a container of water remains constant because thermal energy of the water is constant during the transformation from liquid to gas.
<h3>What is kinetic energy?</h3>
Kinetic energy is energy possessed by a particle by virtue of its motion. Molecules that compose matter are in constant random motion according to the kinetic theory of molecules.
The temperature of a container of water stops increasing right before it starts to boil and turn into gas because the thermal energy of the water remains constant as it transforms from liquid to gas. The heat that is required to turn the liquid into gas at the boiling point is called the latent heat.
Ongoing effects include rising sea levels due to thermal expansion and melting of glaciers and ice sheets, and warming of the ocean surface, leading to increased temperature stratification. Other possible effects include large-scale changes in ocean circulation
It takes 20347.4098071s for light from the sun to reach Pluto. The 6.1*10^9 is replaced by 6.1*10^12 on line 4 because we convert the distance from km to m. c = speed of light. If a different value was given in the previous question then use that instead of the value I used to do the final calculation.
