Rowan is at an all-you-can-eat breakfast. He has a pancake on his plate and is going to put another pancake on top of it. Which one of these other pancakes would make the bottom pancake the warmest? Explain how the energy and temperature of both the bottom pancake and your chosen top pancake will change after they've been touching for a while, and why.

This question is incomplete

Explanation:

This question is incomplete because of the absence of d diagram or the temperature of the pancakes provided as options to be placed on top of the first pancake.

The pancake to be placed on top of the bottom pancake that will make it the warmest must be the pancake with the highest temperature.

The thermal energy from the top pancake (the chosen pancake) will be transferred to the bottom pancake through a process known as conduction. Here, the top pancake will lose some thermal energy and thus it's temperature will reduce while the thermal energy of the bottom pancake will increase thereby leading to an increase in temperature of the bottom pancake. This is so because during conduction, the molecules of hotter pancake on top will move faster (than the molecules of the lower pancake) and collide with the molecules of the lower pancake sparking an increase in molecular movement of the lower pancake thereby increasing the thermal energy and subsequently the temperature of the lower pancake. And since the collision is infact of a form of energy transfer (based on law of conservation of energy), the thermal energy of the hotter pancake is reduced as the lower pancake increases in thermal energy.

earthquakes in florida are rare because the state is not located near any tectonic plates. in fact, florida is tied for first place as having the fewest earthquakes of any state. much of florida is limestone and seafloor materials that is not conducive to earthquakes.

explanation:

idk what the options are but

these is a strong electrostatic attraction between the ions hence a lot of energy is needed to overcome this attraction

this is why the boiling points are so high