You come across an organism that you are trying to classify. You know it is a heterotroph and is multicellular, however, in its current state, it is not moving. You have narrowed it down to either being a fungus or an animal, but you are leaning towards fungus. Is this a correct conclusion?
A. Yes, because the traits are consistent with fungus, especially because it is not moving.
B. No, because not all animals move when they are adults.
C. No, because fungi are autotrophs.
D. Yes, because animals are single celled.
Ans: B. No, because not all animals move when they are adults.
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Answer the following statements true (T) or false (F)
1. Most of the cells in your brain are neurons. 2. The Nernst Equation is: E = 60 mV log10 ([Xextracellular/Xintracellular]). Given this, the equilibrium potential for a given ion would be increased with an increase in its intracellular concentration. 3. The Nernst Equation is: E = 60 mV log10 ([Xextracellular/Xintracellular]). Given this, the equilibrium potential for a given ion would be increased with an increase in its extracellular concentration. 4. Action potentials are typically also graded potentials.
Answer the question using the accompanying figure. The variable region of a light chain is indicated by number____
a. 1 b. 2 c. 3 d. 4 e. 5
The convergence of evolutionary biology with genetics produced the unified evolutionary theory known as:
A) the origin of species. B) common descent with modification. C) the modern synthesis. D) polygenic inheritance.
Which of the following is not considered a monophyletic group? (Select all correct answer options.)
A. angiosperms B. angiosperms and gymnosperms C. mosses, liverworts, and hornworts D. lycophytes and ferns/horsetails E. lycophytes, ferns/horsetails, angiosperms, and gymnosperms