Question: Answer the following question given this paragraph: The cerebrum is divided into a right and left half ( Figure above ). Each half of the cerebrum is called a hemisphere. The two hemispheres are connected by a thick bundle of axons called the corpus callosum . It lies deep inside the brain and carries messages back and forth between the two hemispheres. Q: What is each half of the cerebrum called? A:
OPTIONS:
- demisphere
- a describe
- a biplane
- a hemisphere
Answer: a hemisphere

input with options: Answer the following question given this paragraph: Once you start eating, saliva wets the food, which makes it easier to break up and swallow. Digestive enzymes, including the enzyme amylase, start breaking down starches into sugars. Your tongue helps mix the food with the saliva and enzymes. Q: Digestive enzymes, including which enzyme, start breaking down starches into sugars? A:
OPTIONS:
- triglyceride
- cortisol
- melatonin
- amylase
output: amylase

Q: Answer the following question given this paragraph: In stoichiometry, quantities of reactants and/or products can be related to each other using the balanced chemical equation. The coefficients in a balanced chemical reaction are used to devise the proper ratios that relate the number of molecules of one substance to the number of molecules of another substance. Chemical reactions can be classified by type. Combination reactions (also called composition reactions) make a substance from other substances. Decomposition reactions break one substance down into multiple substances. Combustion reactions combine molecular oxygen with the atoms of another reactant. Oxidation reactions are reactions in which an atom loses an electron. Reduction reactions are reactions in which an atom gains an electron. These two processes always occur together, so they are collectively referred to as oxidationreduction (or redox) reactions. The species being oxidized it called the reducing agent, while the species being reduced is the oxidizing agent. Alternate definitions of oxidation and reduction focus on the gain or loss of oxygen atoms, or the loss or gain of hydrogen atoms. Redox reactions are easily balanced if the overall reaction is first separated into half reactions, which are individually balanced. Oxidation-reduction reactions are common in organic and biological chemistry. Respiration, the process by which we inhale and metabolize oxygen, is a series of redox reactions. In the absence of oxygen, redox reactions still occur in a process called anaerobic metabolism. Antioxidants such as ascorbic acid also play a part in the human diet, acting as reducing agents in various biochemical reactions. Photosynthesis, the process by which plants convert water and carbon dioxide to glucose, is also based on redox reactions. Q: What abbreviated form refers to oxidation-reduction reactions, which are part of respiration and photosynthesis? A:

OPTIONS:
- oxid reactions
- morph reactions
- reflex reactions
- redox reactions

A: redox reactions

input: OPTIONS:
- sublet
- top
- core
- domain Now, answer this question: Answer the following question given this paragraph: Coming up with a scientific naming method may not seem like a big deal, but it really is. Prior to Linnaeus, there was no consistent way to name species. Names given to organisms by scientists were long and cumbersome. Often, different scientists came up with different names for the same species. Common names also differed, generally from one place to another. A single, short scientific name for each species avoided a lot of mistakes and confusion. Q: What is the largest taxonomic rank? A:
A:
output: domain

Answer the following question given this paragraph: The plasma membrane may have extensions, such as whip-like flagella or brush-like cilia . In single-celled organisms, like those shown in Figure below , the membrane extensions may help the organisms move. In multicellular organisms, the extensions have other functions. For example, the cilia on human lung cells sweep foreign particles and mucus toward the mouth and nose. Q: In single-celled organisms, what does the plasma membrane extensions help the organisms to do? A:

OPTIONS:
- increase
- inspect
- prevent
- move

Answer: move

Q: Answer the following question given this paragraph: Discussion Quite a trip (if it survives)! Note that this distance is the total distance traveled by the fly. Displacement is actually zero for complete revolutions because they bring the fly back to its original position. The distinction between total distance traveled and displacement was first noted in One-Dimensional Kinematics. Q: Where was the distinction between total distance traveled and displacement first noted? A:

OPTIONS:
- uncertainty principle
- Newton's first law
- string theory
- one-dimensional kinematics

A:
one-dimensional kinematics