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Jan Gimsa, Robert Sleigh, and Ulrike Gimsa have hypothesized that the sail-like structure running down the back of the dinosaur Spinosaurus aegyptiacus improved the animals success in underwater pursuits of prey species capable of making quick, evasive movements. To evaluate their hypothesis, a second team of researchers constructed two battery-powered mechanical models of S. aegyptiacus, one with a sail and one without, and subjected the models to a series of identical tests in a water-filled tank.Which finding from the model tests, if true, would most strongly support Gimsa and colleagues hypothesis?a)The model with a sail took significantly longer to travel a specified distance while submerged than the model without a sail did.b)The model with a sail displaced significantly more water while submerged than the model without a sail did.c)The model with a sail had significantly less battery power remaining after completing the tests than the model without a sail did.d)The model with a sail took significantly less time to complete a sharp turn while submerged than the model without a sail did.Correct answer is option 'D'. Can you explain this answer? for SAT 2024 is part of SAT preparation. The Question and answers have been prepared according to the SAT exam syllabus. Information about Jan Gimsa, Robert Sleigh, and Ulrike Gimsa have hypothesized that the sail-like structure running down the back of the dinosaur Spinosaurus aegyptiacus improved the animals success in underwater pursuits of prey species capable of making quick, evasive movements. To evaluate their hypothesis, a second team of researchers constructed two battery-powered mechanical models of S. aegyptiacus, one with a sail and one without, and subjected the models to a series of identical tests in a water-filled tank.Which finding from the model tests, if true, would most strongly support Gimsa and colleagues hypothesis?a)The model with a sail took significantly longer to travel a specified distance while submerged than the model without a sail did.b)The model with a sail displaced significantly more water while submerged than the model without a sail did.c)The model with a sail had significantly less battery power remaining after completing the tests than the model without a sail did.d)The model with a sail took significantly less time to complete a sharp turn while submerged than the model without a sail did.Correct answer is option 'D'. Can you explain this answer? covers all topics & solutions for SAT 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Jan Gimsa, Robert Sleigh, and Ulrike Gimsa have hypothesized that the sail-like structure running down the back of the dinosaur Spinosaurus aegyptiacus improved the animals success in underwater pursuits of prey species capable of making quick, evasive movements. To evaluate their hypothesis, a second team of researchers constructed two battery-powered mechanical models of S. aegyptiacus, one with a sail and one without, and subjected the models to a series of identical tests in a water-filled tank.Which finding from the model tests, if true, would most strongly support Gimsa and colleagues hypothesis?a)The model with a sail took significantly longer to travel a specified distance while submerged than the model without a sail did.b)The model with a sail displaced significantly more water while submerged than the model without a sail did.c)The model with a sail had significantly less battery power remaining after completing the tests than the model without a sail did.d)The model with a sail took significantly less time to complete a sharp turn while submerged than the model without a sail did.Correct answer is option 'D'. Can you explain this answer?.

Solutions for Jan Gimsa, Robert Sleigh, and Ulrike Gimsa have hypothesized that the sail-like structure running down the back of the dinosaur Spinosaurus aegyptiacus improved the animals success in underwater pursuits of prey species capable of making quick, evasive movements. To evaluate their hypothesis, a second team of researchers constructed two battery-powered mechanical models of S. aegyptiacus, one with a sail and one without, and subjected the models to a series of identical tests in a water-filled tank.Which finding from the model tests, if true, would most strongly support Gimsa and colleagues hypothesis?a)The model with a sail took significantly longer to travel a specified distance while submerged than the model without a sail did.b)The model with a sail displaced significantly more water while submerged than the model without a sail did.c)The model with a sail had significantly less battery power remaining after completing the tests than the model without a sail did.d)The model with a sail took significantly less time to complete a sharp turn while submerged than the model without a sail did.Correct answer is option 'D'. Can you explain this answer? in English & in Hindi are available as part of our courses for SAT. Download more important topics, notes, lectures and mock test series for SAT Exam by signing up for free.

Here you can find the meaning of Jan Gimsa, Robert Sleigh, and Ulrike Gimsa have hypothesized that the sail-like structure running down the back of the dinosaur Spinosaurus aegyptiacus improved the animals success in underwater pursuits of prey species capable of making quick, evasive movements. To evaluate their hypothesis, a second team of researchers constructed two battery-powered mechanical models of S. aegyptiacus, one with a sail and one without, and subjected the models to a series of identical tests in a water-filled tank.Which finding from the model tests, if true, would most strongly support Gimsa and colleagues hypothesis?a)The model with a sail took significantly longer to travel a specified distance while submerged than the model without a sail did.b)The model with a sail displaced significantly more water while submerged than the model without a sail did.c)The model with a sail had significantly less battery power remaining after completing the tests than the model without a sail did.d)The model with a sail took significantly less time to complete a sharp turn while submerged than the model without a sail did.Correct answer is option 'D'. Can you explain this answer? defined & explained in the simplest way possible. Besides giving the explanation of Jan Gimsa, Robert Sleigh, and Ulrike Gimsa have hypothesized that the sail-like structure running down the back of the dinosaur Spinosaurus aegyptiacus improved the animals success in underwater pursuits of prey species capable of making quick, evasive movements. To evaluate their hypothesis, a second team of researchers constructed two battery-powered mechanical models of S. aegyptiacus, one with a sail and one without, and subjected the models to a series of identical tests in a water-filled tank.Which finding from the model tests, if true, would most strongly support Gimsa and colleagues hypothesis?a)The model with a sail took significantly longer to travel a specified distance while submerged than the model without a sail did.b)The model with a sail displaced significantly more water while submerged than the model without a sail did.c)The model with a sail had significantly less battery power remaining after completing the tests than the model without a sail did.d)The model with a sail took significantly less time to complete a sharp turn while submerged than the model without a sail did.Correct answer is option 'D'. Can you explain this answer?, a detailed solution for Jan Gimsa, Robert Sleigh, and Ulrike Gimsa have hypothesized that the sail-like structure running down the back of the dinosaur Spinosaurus aegyptiacus improved the animals success in underwater pursuits of prey species capable of making quick, evasive movements. To evaluate their hypothesis, a second team of researchers constructed two battery-powered mechanical models of S. aegyptiacus, one with a sail and one without, and subjected the models to a series of identical tests in a water-filled tank.Which finding from the model tests, if true, would most strongly support Gimsa and colleagues hypothesis?a)The model with a sail took significantly longer to travel a specified distance while submerged than the model without a sail did.b)The model with a sail displaced significantly more water while submerged than the model without a sail did.c)The model with a sail had significantly less battery power remaining after completing the tests than the model without a sail did.d)The model with a sail took significantly less time to complete a sharp turn while submerged than the model without a sail did.Correct answer is option 'D'. Can you explain this answer? has been provided alongside types of Jan Gimsa, Robert Sleigh, and Ulrike Gimsa have hypothesized that the sail-like structure running down the back of the dinosaur Spinosaurus aegyptiacus improved the animals success in underwater pursuits of prey species capable of making quick, evasive movements. To evaluate their hypothesis, a second team of researchers constructed two battery-powered mechanical models of S. aegyptiacus, one with a sail and one without, and subjected the models to a series of identical tests in a water-filled tank.Which finding from the model tests, if true, would most strongly support Gimsa and colleagues hypothesis?a)The model with a sail took significantly longer to travel a specified distance while submerged than the model without a sail did.b)The model with a sail displaced significantly more water while submerged than the model without a sail did.c)The model with a sail had significantly less battery power remaining after completing the tests than the model without a sail did.d)The model with a sail took significantly less time to complete a sharp turn while submerged than the model without a sail did.Correct answer is option 'D'. Can you explain this answer? theory, EduRev gives you an ample number of questions to practice Jan Gimsa, Robert Sleigh, and Ulrike Gimsa have hypothesized that the sail-like structure running down the back of the dinosaur Spinosaurus aegyptiacus improved the animals success in underwater pursuits of prey species capable of making quick, evasive movements. To evaluate their hypothesis, a second team of researchers constructed two battery-powered mechanical models of S. aegyptiacus, one with a sail and one without, and subjected the models to a series of identical tests in a water-filled tank.Which finding from the model tests, if true, would most strongly support Gimsa and colleagues hypothesis?a)The model with a sail took significantly longer to travel a specified distance while submerged than the model without a sail did.b)The model with a sail displaced significantly more water while submerged than the model without a sail did.c)The model with a sail had significantly less battery power remaining after completing the tests than the model without a sail did.d)The model with a sail took significantly less time to complete a sharp turn while submerged than the model without a sail did.Correct answer is option 'D'. Can you explain this answer? tests, examples and also practice SAT tests.