Input: Cathy Wallace did not always know what she wanted to be when she grew up. She wanted to help people, but did not know exactly how. A suggestion from friends sparked her interest. "When I was in college, I thought I wanted to be a doctor," she said. "I found I didn't want to do that and realized an interest in psychology. I didn't know what I wanted to do, but all my friends thought I should go into law because I was always on a soapbox. I decided to try it." Recently, Wallace received the Outstanding Woman Lawyer in Public Interest Law Award. The award was voted on and presented by the women's caucus of West Virginia University College of Law. Wallace, 38, called Gastonia home from the age of 8 until she graduated from Hunter Huss High School in 1983. Her parents, Carter Bond, 66, and Carol Bond, 59, are still residents of Gastonia. From Hunter Huss, she moved on to pursue a degree at Pfeiffer University in Misenheimer. After graduation from Pfeiffer in 1987 with a bachelor's degree in both biology and psychology, she worked as legal secretary for attorney Louis A. Bledsoe Jr. for a year and a half. "Working for Louis Bledsoe was a pivotal moment," she said. "That was when I decided to go into the practice of law." She received her law degree at the University of Arkansas in 1992 and began her legal career in Public Defender Corp. in Princeton. She also taught criminal justice classes at Bluefield College in West Virginia. Wallace lives in Athens, W. Va., with her husband Rob, 37, and her daughters Rachel, 11, and Claire, 5.

Does the response "Business" correctly answer the question "What three degrees does Ms. Wallace hold?"?
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Output: no

Input: Magnetism is the ability of a material to be attracted by a magnet. It also include the ability for some material to act like a magnet. No doubt youve handled refrigerator magnets. You can see some in Figure 1.28. You probably know they stick to a metal refrigerator. This is what holds your homework up. Maybe your little sisters drawings are hung on the fridge in this manner. Do magnets stick to all materials? Of course not. You have probably checked and they do not stick to other surfaces. They do not stick to wooden doors or glass windows. Wood and glass are not attracted to a magnet. Obviously, only certain materials are attracted to magnets.

Does the response "Wooden door" correctly answer the question "What holds your homework up on a refrigerator?"?
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Output: no

Input: Relying on an animal to come by is risky. A flower may have to wait a long time for the right animals to come by. What if one never passes close enough to the flower? Hoping the wind will blow is also risky for a plant. What if the wind does not blow? What if the blowing pollen does not land on another flower? The wind could even blow the pollen over the ocean where it is wasted. Giving free nectar is costly. It is not a good use of the plants energy. A plant uses a lot of energy to produce nectar. Some animals may just drink the nectar. They may not carry off any pollen in return. To improve their chances, plants evolved special traits. For example, they developed ways to hide their nectar. Only certain animals were able to get at the plants hidden nectar. These specific animals might be more likely to visit only flowers of the same species. This was also a benefit for some animals. Animals also evolved special traits to get to the nectar.

Does the response "It takes a lot of energy to make it" correctly answer the question "What is risky for a plant with its nectar?"?
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Output: yes

Input: What if two children push a swing at the same time? Would the swing go higher? Yes, together their force would be more. It is common for forces to be combined. Most objects on Earth have at least two forces acting on them. Do you know what one of them is? Of course, that force is gravity. How many forces do you have on you right now? Gravity pulls you down toward the center of Earth. Your legs exert a downward force. They hold you up against the pull of gravity. Consider the example in Figure 1.3. A book is resting on a table. Gravity pulls the book downward. It has a force of 20 newtons. At the same time, the table pushes the book upward. Its force is also 20 newtons. The table opposes the pull of gravity.

Does the response "Upwards" correctly answer the question "What direction is the force of a table on a book that is resting on it?"?
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Output:
yes