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Curriculum and course: Biology

Curriculum and course: Biology

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Chapter 2 - Molecular Biology and Earth Science1 Annotated lessons + question banks and assessments

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Quiz

Lesson 1 – Support and Movement in Living Organisms — Picture questions (exam style)

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  • Questions count: 27
  • Passing grade: 60%
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1.
The graph is a single muscle twitch; the stimulus was given at t = 0. Which option is correct?
The graph is a single muscle twitch; the stimulus was given at t = 0. Which option is correct?
contraction period = 50 ms, whole twitch = 80 ms, latent period = 0 ms
contraction period = 50 ms, whole twitch = 80 ms, latent period = 10 ms
contraction period = 40 ms, whole twitch = 90 ms, latent period = 10 ms
contraction period = 40 ms, whole twitch = 80 ms, latent period = 0 ms
2.
The graph is a single muscle twitch; the stimulus was given at t = 0. Which option is correct?
The graph is a single muscle twitch; the stimulus was given at t = 0. Which option is correct?
contraction period = 40 ms, whole twitch = 90 ms, latent period = 50 ms
contraction period = 60 ms, whole twitch = 90 ms, latent period = 50 ms
contraction period = 50 ms, whole twitch = 95 ms, latent period = 50 ms
contraction period = 50 ms, whole twitch = 95 ms, latent period = 5 ms
3.
The graph is a single muscle twitch; the stimulus was given at t = 0. Which option is correct?
The graph is a single muscle twitch; the stimulus was given at t = 0. Which option is correct?
contraction period = 50 ms, whole twitch = 105 ms, latent period = 5 ms
contraction period = 55 ms, whole twitch = 105 ms, latent period = 50 ms
contraction period = 50 ms, whole twitch = 95 ms, latent period = 5 ms
contraction period = 50 ms, whole twitch = 105 ms, latent period = 10 ms
4.
The graph is a single muscle twitch; the stimulus was given at t = 0. Which option is correct?
The graph is a single muscle twitch; the stimulus was given at t = 0. Which option is correct?
contraction period = 60 ms, whole twitch = 115 ms, latent period = 15 ms
contraction period = 40 ms, whole twitch = 115 ms, latent period = 15 ms
contraction period = 60 ms, whole twitch = 130 ms, latent period = 40 ms
contraction period = 40 ms, whole twitch = 105 ms, latent period = 15 ms
5.
The graph is a single muscle twitch; the stimulus was given at t = 0. Which option is correct?
The graph is a single muscle twitch; the stimulus was given at t = 0. Which option is correct?
contraction period = 45 ms, whole twitch = 100 ms, latent period = 0 ms
contraction period = 50 ms, whole twitch = 95 ms, latent period = 10 ms
contraction period = 40 ms, whole twitch = 95 ms, latent period = 5 ms
contraction period = 40 ms, whole twitch = 95 ms, latent period = 10 ms
6.
The graph is a single muscle twitch; the stimulus was given at t = 0. Which option is correct?
The graph is a single muscle twitch; the stimulus was given at t = 0. Which option is correct?
contraction period = 50 ms, whole twitch = 105 ms, latent period = 15 ms
contraction period = 65 ms, whole twitch = 120 ms, latent period = 0 ms
contraction period = 60 ms, whole twitch = 105 ms, latent period = 0 ms
contraction period = 50 ms, whole twitch = 95 ms, latent period = 15 ms
7.
The graph is a single muscle twitch; the stimulus was given at t = 0. Which option is correct?
The graph is a single muscle twitch; the stimulus was given at t = 0. Which option is correct?
contraction period = 30 ms, whole twitch = 105 ms, latent period = 15 ms
contraction period = 45 ms, whole twitch = 90 ms, latent period = 20 ms
contraction period = 30 ms, whole twitch = 90 ms, latent period = 0 ms
contraction period = 60 ms, whole twitch = 90 ms, latent period = 30 ms
8.
The graph is a single muscle twitch; the stimulus was given at t = 0. Which option is correct?
The graph is a single muscle twitch; the stimulus was given at t = 0. Which option is correct?
contraction period = 45 ms, whole twitch = 85 ms, latent period = 15 ms
contraction period = 45 ms, whole twitch = 70 ms, latent period = 20 ms
contraction period = 30 ms, whole twitch = 85 ms, latent period = 15 ms
contraction period = 45 ms, whole twitch = 100 ms, latent period = 20 ms
9.
The graph is a single muscle twitch; the stimulus was given at t = 0. Which option is correct?
The graph is a single muscle twitch; the stimulus was given at t = 0. Which option is correct?
contraction period = 50 ms, whole twitch = 115 ms, latent period = 15 ms
contraction period = 60 ms, whole twitch = 115 ms, latent period = 15 ms
contraction period = 60 ms, whole twitch = 130 ms, latent period = 15 ms
contraction period = 50 ms, whole twitch = 115 ms, latent period = 0 ms
10.
The graph is a single muscle twitch; the stimulus was given at t = 0. Which option is correct?
The graph is a single muscle twitch; the stimulus was given at t = 0. Which option is correct?
contraction period = 50 ms, whole twitch = 115 ms, latent period = 50 ms
contraction period = 50 ms, whole twitch = 115 ms, latent period = 5 ms
contraction period = 50 ms, whole twitch = 110 ms, latent period = 10 ms
contraction period = 60 ms, whole twitch = 115 ms, latent period = 5 ms
11.
The graph is a single muscle twitch; the stimulus was given at t = 0. Which option is correct?
The graph is a single muscle twitch; the stimulus was given at t = 0. Which option is correct?
contraction period = 30 ms, whole twitch = 95 ms, latent period = 30 ms
contraction period = 30 ms, whole twitch = 95 ms, latent period = 5 ms
contraction period = 40 ms, whole twitch = 95 ms, latent period = 30 ms
contraction period = 35 ms, whole twitch = 95 ms, latent period = 5 ms
12.
The graph is a single muscle twitch; the stimulus was given at t = 0. Which option is correct?
The graph is a single muscle twitch; the stimulus was given at t = 0. Which option is correct?
contraction period = 40 ms, whole twitch = 105 ms, latent period = 5 ms
contraction period = 45 ms, whole twitch = 110 ms, latent period = 0 ms
contraction period = 50 ms, whole twitch = 100 ms, latent period = 40 ms
contraction period = 40 ms, whole twitch = 100 ms, latent period = 5 ms
13.
The graph is a single muscle twitch; the stimulus was given at t = 0. Which option is correct?
The graph is a single muscle twitch; the stimulus was given at t = 0. Which option is correct?
contraction period = 60 ms, whole twitch = 110 ms, latent period = 10 ms
contraction period = 50 ms, whole twitch = 100 ms, latent period = 10 ms
contraction period = 50 ms, whole twitch = 110 ms, latent period = 10 ms
contraction period = 60 ms, whole twitch = 120 ms, latent period = 50 ms
14.
The graph is a single muscle twitch; the stimulus was given at t = 0. Which option is correct?
The graph is a single muscle twitch; the stimulus was given at t = 0. Which option is correct?
contraction period = 30 ms, whole twitch = 90 ms, latent period = 10 ms
contraction period = 40 ms, whole twitch = 100 ms, latent period = 15 ms
contraction period = 40 ms, whole twitch = 80 ms, latent period = 0 ms
contraction period = 40 ms, whole twitch = 90 ms, latent period = 10 ms
15.
The graph is a single muscle twitch; the stimulus was given at t = 0. Which option is correct?
The graph is a single muscle twitch; the stimulus was given at t = 0. Which option is correct?
contraction period = 50 ms, whole twitch = 110 ms, latent period = 40 ms
contraction period = 40 ms, whole twitch = 90 ms, latent period = 15 ms
contraction period = 40 ms, whole twitch = 100 ms, latent period = 10 ms
contraction period = 50 ms, whole twitch = 100 ms, latent period = 10 ms
16.
The graph is a single muscle twitch; the stimulus was given at t = 0. Which option is correct?
The graph is a single muscle twitch; the stimulus was given at t = 0. Which option is correct?
contraction period = 30 ms, whole twitch = 90 ms, latent period = 10 ms
contraction period = 30 ms, whole twitch = 80 ms, latent period = 15 ms
contraction period = 30 ms, whole twitch = 80 ms, latent period = 10 ms
contraction period = 30 ms, whole twitch = 70 ms, latent period = 0 ms
17.
The graph is a single muscle twitch; the stimulus was given at t = 0. Which option is correct?
The graph is a single muscle twitch; the stimulus was given at t = 0. Which option is correct?
contraction period = 30 ms, whole twitch = 75 ms, latent period = 10 ms
contraction period = 40 ms, whole twitch = 90 ms, latent period = 5 ms
contraction period = 30 ms, whole twitch = 85 ms, latent period = 5 ms
contraction period = 35 ms, whole twitch = 80 ms, latent period = 30 ms
18.
The graph is a single muscle twitch; the stimulus was given at t = 0. Which option is correct?
The graph is a single muscle twitch; the stimulus was given at t = 0. Which option is correct?
contraction period = 45 ms, whole twitch = 95 ms, latent period = 15 ms
contraction period = 40 ms, whole twitch = 95 ms, latent period = 15 ms
contraction period = 30 ms, whole twitch = 80 ms, latent period = 15 ms
contraction period = 30 ms, whole twitch = 95 ms, latent period = 15 ms
19.
The graph is a single muscle twitch; the stimulus was given at t = 0. Which option is correct?
The graph is a single muscle twitch; the stimulus was given at t = 0. Which option is correct?
contraction period = 40 ms, whole twitch = 80 ms, latent period = 0 ms
contraction period = 50 ms, whole twitch = 110 ms, latent period = 40 ms
contraction period = 40 ms, whole twitch = 95 ms, latent period = 15 ms
contraction period = 50 ms, whole twitch = 95 ms, latent period = 15 ms
20.
The graph is a single muscle twitch; the stimulus was given at t = 0. Which option is correct?
The graph is a single muscle twitch; the stimulus was given at t = 0. Which option is correct?
contraction period = 50 ms, whole twitch = 90 ms, latent period = 50 ms
contraction period = 50 ms, whole twitch = 100 ms, latent period = 10 ms
contraction period = 40 ms, whole twitch = 90 ms, latent period = 0 ms
contraction period = 40 ms, whole twitch = 110 ms, latent period = 10 ms
21.
The graph is a single muscle twitch; the stimulus was given at t = 0. Which option is correct?
The graph is a single muscle twitch; the stimulus was given at t = 0. Which option is correct?
contraction period = 40 ms, whole twitch = 110 ms, latent period = 30 ms
contraction period = 40 ms, whole twitch = 110 ms, latent period = 15 ms
contraction period = 30 ms, whole twitch = 100 ms, latent period = 10 ms
contraction period = 40 ms, whole twitch = 90 ms, latent period = 0 ms
22.
The graph is a single muscle twitch; the stimulus was given at t = 0. Which option is correct?
The graph is a single muscle twitch; the stimulus was given at t = 0. Which option is correct?
contraction period = 55 ms, whole twitch = 95 ms, latent period = 40 ms
contraction period = 55 ms, whole twitch = 90 ms, latent period = 15 ms
contraction period = 50 ms, whole twitch = 105 ms, latent period = 15 ms
contraction period = 40 ms, whole twitch = 105 ms, latent period = 15 ms
23.
The graph is a single muscle twitch; the stimulus was given at t = 0. Which option is correct?
The graph is a single muscle twitch; the stimulus was given at t = 0. Which option is correct?
contraction period = 60 ms, whole twitch = 120 ms, latent period = 0 ms
contraction period = 60 ms, whole twitch = 120 ms, latent period = 40 ms
contraction period = 40 ms, whole twitch = 110 ms, latent period = 40 ms
contraction period = 40 ms, whole twitch = 110 ms, latent period = 10 ms
24.
The graph is a single muscle twitch; the stimulus was given at t = 0. Which option is correct?
The graph is a single muscle twitch; the stimulus was given at t = 0. Which option is correct?
contraction period = 50 ms, whole twitch = 85 ms, latent period = 40 ms
contraction period = 45 ms, whole twitch = 90 ms, latent period = 40 ms
contraction period = 45 ms, whole twitch = 85 ms, latent period = 5 ms
contraction period = 40 ms, whole twitch = 85 ms, latent period = 5 ms
25.
The graph is a single muscle twitch; the stimulus was given at t = 0. Which option is correct?
The graph is a single muscle twitch; the stimulus was given at t = 0. Which option is correct?
contraction period = 50 ms, whole twitch = 110 ms, latent period = 15 ms
contraction period = 60 ms, whole twitch = 115 ms, latent period = 15 ms
contraction period = 60 ms, whole twitch = 125 ms, latent period = 15 ms
contraction period = 50 ms, whole twitch = 125 ms, latent period = 15 ms
26.
The graph is a single muscle twitch; the stimulus was given at t = 0. Which option is correct?
The graph is a single muscle twitch; the stimulus was given at t = 0. Which option is correct?
contraction period = 50 ms, whole twitch = 120 ms, latent period = 10 ms
contraction period = 60 ms, whole twitch = 130 ms, latent period = 0 ms
contraction period = 60 ms, whole twitch = 130 ms, latent period = 50 ms
contraction period = 50 ms, whole twitch = 130 ms, latent period = 0 ms
27.
The graph is a single muscle twitch; the stimulus was given at t = 0. Which option is correct?
The graph is a single muscle twitch; the stimulus was given at t = 0. Which option is correct?
contraction period = 40 ms, whole twitch = 70 ms, latent period = 10 ms
contraction period = 40 ms, whole twitch = 75 ms, latent period = 10 ms
contraction period = 30 ms, whole twitch = 70 ms, latent period = 5 ms
contraction period = 30 ms, whole twitch = 75 ms, latent period = 5 ms
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