Q: Answer the following question given this paragraph: Pathologist A pathologist is a medical doctor or veterinarian who has specialized in the laboratory detection of disease in animals, including humans. These professionals complete medical school education and follow it with an extensive post-graduate residency at a medical center. A pathologist may oversee clinical laboratories for the evaluation of body tissue and blood samples for the detection of disease or infection. They examine tissue specimens through a microscope to identify cancers and other diseases. Some pathologists perform autopsies to determine the cause of death and the progression of disease. Q: What type of doctor specializes in the laboratory detection of disease? A:

OPTIONS:
- internist
- diagnostician
- infectious disease physician
- pathologist

A: pathologist

input: OPTIONS:
- skeletal
- nervous
- pulmonary
- circulatory Now, answer this question: Answer the following question given this paragraph: Oxygenated blood is transported by the circulatory system from lungs to tissues throughout the body. Q: Oxygenated blood is transported by what system? A:
A:
output: circulatory

Answer the following question given this paragraph: 11.8 Cohesion and Adhesion in Liquids: Surface Tension and Capillary Action Cohesion and Adhesion in Liquids Children blow soap bubbles and play in the spray of a sprinkler on a hot summer day. (See Figure 11.27. ) An underwater spider keeps his air supply in a shiny bubble he carries wrapped around him. A technician draws blood into a small-diameter tube just by touching it to a drop on a pricked finger. A premature infant struggles to inflate her lungs. What is the common thread? All these activities are dominated by the attractive forces between atoms and molecules in liquidsboth within a liquid and between the liquid and its surroundings. Attractive forces between molecules of the same type are called cohesive forces. Liquids can, for example, be held in open containers because cohesive forces hold the molecules together. Attractive forces between molecules of different types are called adhesive forces. Such forces cause liquid drops to cling to window panes, for example. In this section we examine effects directly attributable to cohesive and adhesive forces in liquids. Q: What does an underwater spider use to breathe and keep alive? A:

OPTIONS:
- forehead air bubble
- gills
- metallic air bubble
- shiny air bubble

Answer: shiny air bubble

Problem: OPTIONS:
- electricity
- copper molecules
- solids
- gas molecules
Q: Answer the following question given this paragraph: A related process to diffusion is the effusion. Effusion is the process of a confined gas escaping through a tiny hole in its container. Effusion can be observed by the fact that a helium-filled balloon will stop floating and sink to the floor after a day or so. This is because the helium gas effuses through tiny pores in the balloon. Both diffusion and effusion are related to the speed at which various gas molecules move. Gases that have a lower molar mass effuse and diffuse at a faster rate than gases that have a higher molar mass. Q: Both diffusion and effusion are related to the speed at which what objects move? A:
Answer: gas molecules

Problem:OPTIONS:
- mechanical
- artificial
- coral
- natural

Answer the following question given this paragraph: Many of the fibers that compose the materials for our clothes are naturally occurring. Silk and cotton are examples of natural fibers. Silk is produced by the silkworm, and cotton is grown as a plant. However, several chemical processes are used to treat silk thread so that it is shrink-resistant and will repel water. Chemical dyes are frequently used to color various fabrics. Cleaning requires special soaps or chemicals used to dry-clean materials. Cotton will grow better if the boll weevil (an insect that kills the plant) is eliminated with the use of specific insecticides. Ironing of cotton is made easier by the use of chemicals that produce a permanent press in the material. Q: Silk and cotton are examples of what type of fibers? A:
****
A: natural

Problem:OPTIONS:
- variable uncertainty
- amount uncertainty
- percent inconsistency
- percent uncertainty

Answer the following question given this paragraph: To express the uncertainty in a measurement, we can calculate percent uncertainty . Percent uncertainty is the ratio of the uncertainty to the measured value, multiplied by one-hundred. For instance, the percent uncertainty associated with the measurement of (52.9 0.5 mL), would be. Q: What is the ratio of the uncertainty to the measured value, multiplied by one-hundred called? A:
****
A:
percent uncertainty