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The vermiform appendix extends from the region of the large intestine known as which of the following?

A. jejunum

B. Rectum

C. Cecum

D. Achi

Answer Explanation:

The vermiform appendix is a small, finger-like projection that extends from the cecum, which is the first part of the large intestine.

Therefore, the Correct Answer is C.

More Questions on TEAS 7 Science

  • Q #1: Which of the following tools can be used to measure the turbidity of a liquid by measuring the transmission of light through the sample?

    A. Spectrophotometer

    B. Centrifuge

    C. Electro photometer

    D. Microdensitometer

    Answer Explanation

    A spectrophotometer is an instrument that measures the intensity of light absorbed after it passes through a sample solution. With the spectrophotometer, the concentration of a chemical substance can be determined by measuring the intensity of light detected.

  • Q #2: Experiments cannot validate hypotheses, only falsify them The statement above can be restated in which of the following ways?

    A. Until disproved, an exploration for an observation is valid

    B. A hypothesis that has not been falsified remains provisional

    C. Certain concepts cannot be subjected to direct experimentation

    D. Proving a hypothesis exempt from further testing

    Answer Explanation

    This means that a hypothesis is considered valid until it is disproved by experimental evidence. However, even if a hypothesis has not been falsified, it is still considered provisional and subject to further testing and scrutiny.

  • Q #3: Which of the following processes causes most of the carbon dioxide from the blood to move into the alveoli?

    A. Passive transport using carrier proteins

    B. Conversion to carbon monoxide

    C. Active transport using energy

    D. Diffusion down a concentration gradient

    Answer Explanation

    Most of the carbon dioxide from the blood moves into the alveoli through the process of diffusion down a concentration gradient. In the lungs, there is a higher concentration of carbon dioxide in the blood compared to the alveoli. Its molecules, therefore, move from an area of higher concentration (blood) to an area of lower concentration (alveoli) until equilibrium is reached. This is a passive process and does not require energy or carrier proteins.