Which of the following is a dependent clause (DC)?

Which of the following is a dependent clause (DC)?

Which of the following is a dependent clause (DC)?

Which of the following is a dependent clause (DC)?

Which of the following is a dependent clause (DC)?

Infer the meaning of the word “Obsolete” based on the context clues provided in the paragraphs. Paragraph 1 (Character Reaction): He laughed when he found the old device, realizing it belonged to a time long past. Paragraph 2 (Cause and Effect): Because updated systems replaced it years ago, training manuals no longer mention it. Paragraph 3 (Contrast): While current tools adapt quickly, this one is forgotten on dusty shelves.

Infer the meaning of the word “Predicated” based on the context clues provided in the paragraphs. Paragraph 1 (Character Reaction): His conclusion depended entirely on the first assumption. Paragraph 2 (Cause and Effect): Because her plan required the survey data, its success relied on the results. Paragraph 3 (Contrast): While other ideas stood alone, this one rested on a specific claim.

Infer the meaning of the word “Erratic” based on the context clues provided in the paragraphs. Paragraph 1 (Character Reaction): His moods changed sharply from cheerful to irritated within minutes. Paragraph 2 (Cause and Effect): Because the machine jerked in unexpected directions, no one stood near it. Paragraph 3 (Contrast): While some students followed patterns, Levi acted unpredictably.

Infer the meaning of the word “Consensus” based on the context clues provided in the paragraphs. Paragraph 1 (Character Reaction): After discussing, everyone nodded in unison, supporting the same proposal. Paragraph 2 (Cause and Effect): Because all departments agreed on the plan, implementation went smoothly. Paragraph 3 (Contrast): While earlier meetings were divided, this one ended with total unity.

Infer the meaning of the word “Penchant” based on the context clues provided in the paragraphs. Paragraph 1 (Character Reaction): She reached for mystery novels before considering any other genre. Paragraph 2 (Cause and Effect): Because he enjoyed solving problems, he gravitated toward puzzles. Paragraph 3 (Contrast): While others explored options randomly, he consistently returned to the same choice.

Infer the meaning of the word “Resplendent” based on the context clues provided in the paragraphs. Paragraph 1 (Character Reaction): The gown shimmered under the lights like crystal. Paragraph 2 (Cause and Effect): Because the decorations sparkled, the hall glowed. Paragraph 3 (Contrast): While ordinary clothes blended in, hers shone vividly.

Infer the meaning of the word “Annotate” based on the context clues provided in the paragraphs. Paragraph 1 (Character Reaction): As she read the article, she scribbled explanations in the margins. Paragraph 2 (Cause and Effect): Because he wrote reminders next to formulas, he understood them better. Paragraph 3 (Contrast): While some students left their pages blank, Maya filled hers with clarifying comments.

Infer the meaning of the word “Extrapolating” based on the context clues provided in the paragraphs. Paragraph 1 (Character Reaction): After seeing only two test questions, she announced the entire exam would be difficult. Paragraph 2 (Cause and Effect): Because one customer complained, the manager assumed most others felt the same. Paragraph 3 (Contrast): While others waited for more information, he jumped to broad conclusions from one example.

Infer the meaning of the word “Pristine” based on the context clues provided in the paragraphs. Paragraph 1 (Character Reaction): The snow looked untouched, shimmering without a single footprint. Paragraph 2 (Cause and Effect): Because the lake remained undisturbed, its waters sparkled clearly. Paragraph 3 (Contrast): While old buildings showed wear, this one remained flawless.

Infer the meaning of the word “Melancholy” based on the context clues provided in the paragraphs. Paragraph 1 (Character Reaction): She sat quietly by the window, thinking of the friend she missed dearly. Paragraph 2 (Cause and Effect): Because the news was heartbreaking, the room filled with silence. Paragraph 3 (Contrast): While some tried to cheer up, the heaviness lingered.

Pollution biologists sought a simpler organism for tracking industrial solvent pollution in wetlands. Rotifers reproduce quickly and can be sampled nondestructively, unlike tadpole shrimp, which are rare. Both species were placed in identical contaminated waters. Proposed Conclusion: Rotifers can serve as a proxy for tadpole shrimp in solvent bioaccumulation assessments.

Biologists studied whether freshwater turtles preferred sunlit basking sites over shaded ones. In controlled outdoor enclosures, turtles consistently chose the warmest sunlit platforms. The study noted that the species tested had an unusually high heat tolerance. Proposed Conclusion: All freshwater turtle species always prefer the warmest basking sites available.

Scientists tested whether sharpness perception in odors varies across cultures, exposing groups in 12 countries to the same scent compounds. All groups ranked the samples as “sharpest,” regardless of language or familiarity. The consistency suggests shared mechanisms. Proposed Conclusion: The perception of odor sharpness is likely influenced more by shared biology than by culture.

Marine biologists surveyed coral reefs across 30 islands. Bleaching severity correlated strongly with elevated water temperatures, but nutrient levels and salinity remained stable. Reef fish diversity was unchanged across survey sites. Proposed Conclusion: Ocean warming is the primary driver of the observed bleaching patterns.

Economists surveyed consumer purchasing habits in three rural counties to determine interest in drone-based package delivery. While residents expressed curiosity, most remained skeptical and preferred traditional delivery trucks. Researchers noted limited broadband access in these areas. Proposed Conclusion: All Americans prefer delivery trucks over drone delivery.

Two isolated mountain communities living at high altitudes share an unusual gene variant linked to oxygen efficiency. Genetic analysis shows the variant is absent in neighboring low-altitude populations. The groups have been isolated for thousands of years. Proposed Conclusion: The shared gene variant likely evolved independently in both groups due to similar selective pressures.

A non-native fungus infects only an invasive snail species responsible for destroying young native plants. Seedling survival rose dramatically after the fungus spread. Proposed Conclusion: The non-native fungus indirectly supports native plant recruitment.

Geologists examined soil layers containing a rare chemical marker found across multiple continents. The marker appeared in sediments dated to the same century and coincided with known volcanic activity. No human activity at the time could explain the spread. Proposed Conclusion: The appearance of the marker across continents was caused by a massive volcanic eruption.

Marine biologists documented increased bleaching rates in a particular coral reef system over a decade. Warming water temperatures combined with localized pollution caused explosive growth in microbial species. Researchers emphasized the reef’s fragile ecology. Proposed Conclusion: Coral reefs worldwide are bleaching at the same rate as the observed reef.

Scientists long believed that high mercury levels correlate with DOC only in undisturbed lakes. One study of mining-disturbed lakes found no such relationship, casting doubt. A more recent study found DOC-mercury correlations in lakes impacted by road construction. Proposed Conclusion: The mining-impacted lakes were an exception, not evidence that the DOC-mercury correlation is limited to undisturbed systems.