28. What is the structure of this passage?
(A) A problem-solution structure illustrating the earthquake’s challenges and the architectural solutions employed.
(B) A chronological narrative detailing Taipei 101’s preparations before, during, and after the earthquake.
(C) An introduction followed by a detailed examination of Taipei 101's design and concluding with reflections on engineering practices.
(D) A general overview explaining how the engineering advancements precisely predict the impact of severe earthquakes.

24.Which of the following is one evidence the author uses to support the growth of ecotourism? (A) People are switching from sustainable traveling to ecotourism. (B) Costa Rica’s rainforest is the most popular ecotourism spot. (C) The global ecotourism market is expected to expand from 2021 to 2026. (D) Experts caution about possible damages ecotourism brings to environment.

25.What would be an example of ecotourism according to its definition explained in this article? (A) Luxury Mediterranean Cruise (B) Skydeck Chicago at Willis Tower (C) Roller Coaster Tours at Universal Studio (D) Heritage Festival at Aboriginal Villages

26. What key engineering feature of Taipei 101 is described as a "colossal orb-like device" that serves as a counterweight to the building's movements during earthquakes? (A) Robust steel outrigger trusses (B) Reinforced concrete and steel piles (C) Anti-seismic building codes (D) Tuned mass damper

27. How does the passage characterize the significance of Taipei 101's survival during the recent earthquake in Taiwan? (A) As a demonstration of the limitations of digital simulations in predicting building responses (B) As an example of the importance of reinforced concrete construction in earthquake-prone regions. (C) As an indication of the need for ongoing research and testing to improve building resilience worldwide (D) As a testament to the effectiveness of advanced engineering techniques in building resilience

29. How does the tuned mass damper in Taipei 101 function to dissipate seismic energy? (A) By enhancing the structural integrity of the building's core (B) By providing deep foundational support to the building (C) By ensuring adherence to anti-seismic building codes (D) By resonating at the same frequency as the structure but with slight variations

30. What is the primary message conveyed in the passage about the resilience of high-rise buildings in the face of natural disasters? (A) The resilience of high-rise buildings is primarily determined by their adherence to strict seismic building codes. (B) Ongoing research and physical testing are crucial for improving the resilience of high-rise buildings worldwide. (C) Advancing engineering techniques, such as the use of tuned mass dampers, is key to building resilient high-rise structures. (D) Reinforced concrete construction is the most effective approach for ensuring the resilience of high-rise buildings.

1. Please determine the more stable anion in each of the following cases: (i), (ii), and (iii). (A) a, c, f (B) a, d, f (C) b, d, f (D) b, d, e (E) a, c, e

2. When a solution of 0.1 M Na2CO3/0.1 M NaHCO3 (H2CO3: Ka1 = 4.2 x I0-7 and Ka2 = 4.69 x I0-11) is titrated with 0.1 M HCl. Which one is the titration curve?(A)(B)(C)(D)(E)

3.The relative initial rates of the reaction X2 + Y2 →products in vessels (a)-(d) follow a ratio of 1:8:2:16. Unshaded spheres depict X2 molecules, while shaded spheres represent the presence ofY2? molecules at the start of the reaction. What is the overall order of reaction? (A)l (B)2 (C)3 (D)4 (E)5

4. Michaelis and Menten assumed that the overall reaction for an enzyme-catalyzed reaction could be expressed as: Based on above reaction, the rate of breakdown of the enzyme-substrate complex can be described by the expression: (A) k1([Et]-[ES]) (B) k1([Et]-[ES])[S] (C)k2[ES] (D) k-1[ES]+k2[ES] (E)k-1[ES]