Answer the following question given this paragraph: Annelids are divided into many repeating segments. The earthworm in Figure below is an annelid. You can clearly see its many segments. Segmentation of annelids is highly adaptive. Each segment has its own nerve and muscle tissues. This allows the animal to move very efficiently. Some segments can also be specialized to carry out particular functions. They may have special structures on them. For example, they might have tentacles for sensing or feeding, "paddles" for swimming, or suckers for clinging to surfaces. Q: What distinguishing characteristic of annelid anatomy shows specialization and adaptation? A:

OPTIONS:
- asymmetry
- beautiful
- compression
- segmentation

Answer: segmentation

Problem: OPTIONS:
- bones
- fingernails
- cuticles
- fingertips
Q: Answer the following question given this paragraph: Which of the following statements about mechanoreceptors is false? a. Pacini corpuscles are found in both glabrous and hairy skin. Merkel's disks are abundant on the fingertips and lips. Ruffini endings are encapsulated mechanoreceptors. Meissner's corpuscles extend into the lower dermis. Meissner's corpuscles, (shown in Figure 36.6) also known as tactile corpuscles, are found in the upper dermis, but they project into the epidermis. They, too, are found primarily in the glabrous skin on the fingertips and eyelids. They respond to fine touch and pressure, but they also respond to low-frequency vibration or flutter. They are rapidly adapting, fluid-filled, encapsulated neurons with small, well-defined borders and are responsive to fine details. Like Merkel's disks, Meissner's corpuscles are not as plentiful in the palms as they are in the fingertips. Q: Meissner's corpuscles are not as plentiful in the palms as they are in the what other part of the hand? A:
Answer: fingertips

Problem:OPTIONS:
- seasons
- nitrogen
- soil
- carbon dioxide

Answer the following question given this paragraph: Plants are somewhat limited by temperature in terms of where they can grow. They need temperatures above freezing while they are actively growing. They also need light, carbon dioxide, and water. These substances are required for photosynthesis. Like most other living things, plants need oxygen. Oxygen is required for cellular respiration. In addition, plants need minerals. The minerals are required to make proteins and other organic molecules. Q: Photosynthesis requires light, water and what else? A:
****
A: carbon dioxide

Answer the following question given this paragraph: Besides water, most of the compounds in living things are biochemical compounds. A biochemical compound is a carbon-based compound that is found in living organisms. Carbon is an element that has a tremendous ability to form large compounds. Each atom of carbon can form four chemical bonds with other atoms. A chemical bond is the sharing of electrons between atoms. Bonds hold the atoms together in chemical compounds. A carbon atom can form bonds with other carbon atoms or with atoms of other elements. Q: What element is a biochemical compound based on? A:
OPTIONS:
- hydrogen
- nitrogen
- oxygen
- carbon
carbon

Answer the following question given this paragraph: Gene cloning is the process of isolating and making copies of a gene. This is useful for many purposes. For example, gene cloning might be used to isolate and make copies of a normal gene for gene therapy. Gene cloning involves four steps: isolation, ligation, transformation, and selection. You can watch an interactive animation about gene cloning at this link: http://www. teachersdomain. org/asset/biot09_int_geneclone/ . Q: What is the process of isolating a specific gene and then making a copy of it for use in gene therapy? A:
OPTIONS:
- attribute cloning
- gene treatment
- gene copying
- gene cloning

Answer: gene cloning

input with options: Answer the following question given this paragraph: Q: Which part of the axon has a higher membrane potential? A:
OPTIONS:
- muscular hillock
- biofilm hillock
- canals hillock
- axon hillock
output:
axon hillock