In this task, you need to write an incorrect answer to the given question. Along with the question, you are also given the correct answer(s) and the associated paragraph. An incorrect answer should be closely related to the content of the paragraph and/or the question but will not truthfully answer the question. Your incorrect answers should be similar to the given correct answer such that it will pose a challenge for students to distinguish the two. A good incorrect answer should prevent those who skip the paragraph from answering the question. The incorrect answer should not be trivial, in the sense that they should not be easily eliminated without reading the paragraph.

Example Input: Paragraph- Sent 1: Billy had a pet turtle that he took good care of, everyday.
Sent 2: His turtle's name was Tumble.
Sent 3: Tumble liked to walk around outside in the garden and dig small holes to sleep in.
Sent 4: Billy loved Tumble and would visit him outside when he got home from school.
Sent 5: Tumble's favorite food was oatmeal.
Sent 6: So, every day after school, Billy would make Tumble a big bowl of oatmeal and take it outside for Tumble to enjoy.
Sent 7: Tumble would see Billy and walk up to him as fast as a turtle can go.
Sent 8: Billy would put the bowl down and wait for Tumble to come up to the bowl to eat from it.
Sent 9: When Tumble reached the bowl, he put his nose on it.
Sent 10: But, the oatmeal was too hot to eat.
Sent 11: Billy reached down and blew on the hot oatmeal, to cool it down for Tumble to eat.
Sent 12: Once the oatmeal was cool enough, Tumble could dig in and eat his big bowl of oatmeal.
Sent 13: Billy loved to watch as Tumble ate his bowl of oatmeal, because Billy took good care of Tumble, everyday.
Question: Why did Tumble not eat his oatmeal and what did Billy do about it?.
Example Output: It was too cold and billy had to warm it up.

Example Input: Paragraph- Sent 1: You know that friction also causes heat.
Sent 2: Think about when you rub your hands together.
Sent 3: It is friction that makes them warm.
Sent 4: But why does this happen?
Sent 5: Friction causes the molecules on rubbing surfaces to move faster.
Sent 6: Faster moving particles have more heat energy.
Sent 7: Heat from friction can be useful.
Sent 8: Can you think of other places where you might find friction?
Sent 9: Friction also lets you light a match.
Sent 10: Heat from friction can also cause problems.
Sent 11: It can cause a car to overheat.
Sent 12: To reduce friction, oil is added to the engine.
Sent 13: Oil coats the surfaces of moving parts.
Sent 14: This coating of oil makes them slippery.
Sent 15: When things are slippery there is less friction.
Sent 16: Have you ever seen a sign that says, slippery when wet?
Sent 17: This too has to do with friction.
Sent 18: Water, like oil, can reduce friction.
Sent 19: The wet surface may allow your shoes to slide more easily.
Question: Why do rubbing your hands make them warm?.
Example Output: Mass.

Example Input: Paragraph- Sent 1: Heat supplies the energy that causes motion.
Sent 2: The deeper you go into toward the Earths core, the hotter it gets.
Sent 3: At the core it is really hot.
Sent 4: All that heat tries to rise toward the surface.
Sent 5: In the Mantle, the rock is partially melted and is able to move.
Sent 6: As it is heated, the material in the mantle moves toward the surface.
Sent 7: As the mantle material rises, it cools.
Sent 8: When it reaches the Earths crust, it is mostly stopped.
Sent 9: A little of the material can break through the surface, but not all.
Sent 10: Instead, it begins to move horizontally.
Sent 11: The mantle material moves horizontally away from a mid-ocean ridge crest.
Sent 12: Toward the surface, the mantle material starts to cool.
Sent 13: As it cools it sinks back down into the mantle.
Sent 14: These areas are where deep sea trench occur.
Sent 15: The material sinks back down to the core.
Sent 16: The system operates like a giant conveyor belt.
Sent 17: The motion due to heating and cooling is called convection.
Question: What kind of feature occurs where cooled mantle material sinks back down into the mantle?.
Example Output:
Heat.