input with options: Answer the following question given this paragraph: Mammals generate heat mainly by maintaining a high rate of metabolism. Compared with the cells of other animals, the cells of mammals have more mitochondria. Mitochondria are the cell organelles that generate energy. Mammals may also produce little bursts of heat by shivering. Shivering occurs when many muscles all contract slightly at the same time. The muscle contractions generate a small amount of heat. Q: How do mammals generate heat? A:
OPTIONS:
- running around fast
- eating spicy foods
- maintaning low metabolism
- maintaining high metabolism
output: maintaining high metabolism

Q: Answer the following question given this paragraph: Renewable resources can be replaced by natural processes as quickly as they are used. Q: What can renewable resources can be replaced by? A:

OPTIONS:
- change processes
- human processes
- fossil fuels
- natural processes

A: natural processes

input: OPTIONS:
- winter
- spring
- summer
- any Now, answer this question: Answer the following question given this paragraph: Q: At what time of the year can tornadoes occur? A:
A:
output: any

Answer the following question given this paragraph: Frogs develop from tadpoles, which develop from eggs. Notice the formation of the two powerful back legs used for jumping. Q: What do tadpoles turn into? A:

OPTIONS:
- insects
- fish
- snakes
- frogs

Answer: frogs

Problem: OPTIONS:
- propagation
- disposal
- predation
- dispersal
Q: Answer the following question given this paragraph: Fruit The seed forms in an ovary, which enlarges as the seeds grow. As the seed develops, the walls of the ovary also thicken and form the fruit. In botany, a fruit is a fertilized and fully grown, ripened ovary. Many foods commonly called vegetables are actually fruit. Eggplants, zucchini, string beans, and bell peppers are all technically fruit because they contain seeds and are derived from the thick ovary tissue. Acorns and winged maple keys, whose scientific name is a samara, are also fruit. Mature fruit can be described as fleshy or dry. Fleshy fruit include the familiar berries, peaches, apples, grapes, and tomatoes. Rice, wheat, and nuts are examples of dry fruit. Another distinction is that not all fruits are derived from the ovary. Some fruits are derived from separate ovaries in a single flower, such as the raspberry. Other fruits, such as the pineapple, form from clusters of flowers. Additionally, some fruits, like watermelon and orange, have rinds. Regardless of how they are formed, fruits are an agent of dispersal. The variety of shapes and characteristics reflect the mode of dispersal. The light, dry fruits of trees and dandelions are carried by the wind. Floating coconuts are transported by water. Some fruits are colored, perfumed, sweet, and nutritious to attract herbivores, which eat the fruit and disperse the tough undigested seeds in their feces. Other fruits have burs and hooks that cling to fur and hitch rides on animals. Q: Because they spread seeds, fruits are an agent of what? A:
Answer: dispersal

Answer the following question given this paragraph: DNA and the associated proteins, as well as accumulating enough energy reserves to complete the task of replicating each chromosome in the nucleus. S Phase Throughout interphase, nuclear DNA remains in a semi-condensed chromatin configuration. In the S phase (synthesis phase), DNA replication results in the formation of two identical copies of each chromosomesister chromatidsthat are firmly attached at the centromere region. At this stage, each chromosome is made of two sister chromatids and is a duplicated chromosome. The centrosome is duplicated during the S phase. The two centrosomes will give rise to the mitotic spindle, the apparatus that orchestrates the movement of chromosomes during mitosis. The centrosome consists of a pair of rod-like centrioles at right angles to each other. Centrioles help organize cell division. Centrioles are not present in the centrosomes of many eukaryotic species, such as plants and most fungi. G2 Phase In the G2 phase, or second gap, the cell replenishes its energy stores and synthesizes the proteins necessary for chromosome manipulation. Some cell organelles are duplicated, and the cytoskeleton is dismantled to provide resources for the mitotic spindle. There may be additional cell growth during G2. The final preparations for the mitotic phase must be completed before the cell is able to enter the first stage of mitosis. Q: G2 and s are phases in what process that is important in cell division? A:

OPTIONS:
- tissues
- osmosis
- cytokinesis
- mitosis

Answer:
mitosis