1. The clash between the natural world with human settlement calls for a careful analysis that involves disciplines ranging from biology to economics. No error
(A) with
(B) calls for
(C) that involves
(D) ranging
(E) No error

2. Shortly after James Caine's novel Mildred Pierce was published in 1941, its protagonist has become an icon of female resilience. No error(A) after(B) has become(C) of(D) resilience(E) No error

3. Because of the efforts of the new president, the university is making a renewed attempt to reestablish contact with thousands of their graduates. No error(A) is making(B)  to reestablish(C) with (D) their(E) No error

4. The store manager telephoned the warehouse manager after he failed  to deliver the products on the correct day. No error(A) telephoned(B) after(C) he failed(D)  to deliver(E) No error

5. By attending the reception as a guest rather than as a butler was a new experience for him. No error(A) By attending(B)  rather than(C) was (D) for (E) No error

1. During the preparation of scrambled eggs, the heat-induced denaturation of ovalbumin results in a loss of its native biological conformation. Which of the following levels of protein organization remains fundamentally intact throughout this process? (A) Primary structure (B) Secondary structure (C) Tertiary structure (D) Quaternary structure (E) All levels are equally disrupted by thermal agitation.

2. Living organisms increase in complexity as they grow, resulting in a decrease in the entropy of an organism. How does this relate to the second law of thermodynamics? (A) Living organisms do not obey the second law of thermodynamics, which states that the entropy of an organism increases with each energy transformation. (B) As a consequence of the processes required for growth, the decrease in entropy of the organism is associated with a corresponding increase in the entropy of the universe. (C) As a consequence of the processes required for growth, the decrease in entropy of the organism is associated with a corresponding decrease in the entropy of the universe. (D) Living organisms can transform chemical energy into entropy. (E) None of the above.

3. To analyze the dynamic spatio-temporal movements of condensed chromosomes during mitotic anaphase in a living eukaryotic cell, which of the following imaging modalities is most appropriate? (A) Bright-field microscopy of unstained, fixed cells (B) Standard light microscopy using live-cell imaging (e.g., phase-contrast or DIC) (C) Scanning electron microscopy (SEM) of gold-sputtered samples (D) High-resolution transmission electron microscopy (TEM) (E) Atomic force microscopy (AFM) conducted under vacuum conditions

4. Testosterone is a lipophilic steroid hormone that diffuses freely across the plasma membrane of all cells via passive diffusion. Despite this ubiquitous entry, only specific "target cells" exhibit a physiological response. Which statement best explains this specificity? (A) All cells possess the gene for the testosterone receptor, but only target cells have undergone the epigenetic modifications necessary to express the receptor protein. (B) Targeted response is determined by the presence of cell-surface protein channels that actively pump testosterone into the cytoplasm against its concentration gradient. (C) Only target cells possess the membrane-bound G-protein coupled receptors (GPCRs) required to activate the adenylyl cyclase signaling pathway. (D) The high concentration of cytoplasmic proteases in non-target cells degrades testosterone before it can reach the nuclear envelope. (E) Only target cells contain the specific intracellular receptor proteins that, upon ligand binding, translocate to the nucleus to act as transcription factors.

5. Which of the following would be the most effective "poison" for the process of glycolysis specifically? (A) A chemical that removes all oxygen from the cell. (B) A chemical that destroys pyruvate after it has already been made. (C) A "fake" sugar molecule that looks like glucose but cannot be broken down. (D) A chemical that turns all NADH back into NAD⁺. (E) A chemical that stops the mitochondria from using oxygen to make ATP.

6. Which of the following best describes the timing of the Calvin cycle (carbon fixation) and cellular respiration in a living plant? (A) Both processes are strictly dependent on direct sunlight and stop at night. (B) The Calvin cycle runs during the day, while respiration is reserved for the night. (C) The Calvin cycle requires the "light-dependent" products of the day, while respiration occurs continuously regardless of light. (D) The Calvin cycle only happens in the dark to conserve water, while respiration only occurs in the light. (E) Respiration occurs only in the roots, while the Calvin cycle occurs only in the leaves.

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