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Lesson 1 Quiz: Speed, Uniform Acceleration and Laws of Motion

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  • Questions count: 20
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1.
STEM Integrated Science Problem 31: In an aquatic food pyramid, phytoplankton store 80,000 kJ of solar chemical energy. According to Lindeman's 10% energy transfer rule, how much energy is transferred to secondary consumer predatory fish?
800 kJ
8,000 kJ
80 kJ
40,000 kJ
2.
STEM Integrated Science Problem 27: In an aquatic food pyramid, phytoplankton store 80,000 kJ of solar chemical energy. According to Lindeman's 10% energy transfer rule, how much energy is transferred to secondary consumer predatory fish?
8,000 kJ
40,000 kJ
800 kJ
80 kJ
3.
STEM Integrated Science Problem 12: In an aquatic food pyramid, phytoplankton store 80,000 kJ of solar chemical energy. According to Lindeman's 10% energy transfer rule, how much energy is transferred to secondary consumer predatory fish?
800 kJ
80 kJ
8,000 kJ
40,000 kJ
4.
STEM Integrated Science Problem 43: In an aquatic food pyramid, phytoplankton store 80,000 kJ of solar chemical energy. According to Lindeman's 10% energy transfer rule, how much energy is transferred to secondary consumer predatory fish?
800 kJ
80 kJ
40,000 kJ
8,000 kJ
5.
STEM Integrated Science Problem 29: In an aquatic food pyramid, phytoplankton store 80,000 kJ of solar chemical energy. According to Lindeman's 10% energy transfer rule, how much energy is transferred to secondary consumer predatory fish?
80 kJ
8,000 kJ
800 kJ
40,000 kJ
6.
STEM Integrated Science Problem 42: In an aquatic food pyramid, phytoplankton store 80,000 kJ of solar chemical energy. According to Lindeman's 10% energy transfer rule, how much energy is transferred to secondary consumer predatory fish?
800 kJ
80 kJ
40,000 kJ
8,000 kJ
7.
STEM Integrated Science Problem 19: In an aquatic food pyramid, phytoplankton store 80,000 kJ of solar chemical energy. According to Lindeman's 10% energy transfer rule, how much energy is transferred to secondary consumer predatory fish?
40,000 kJ
800 kJ
8,000 kJ
80 kJ
8.
STEM Integrated Science Problem 30: In an aquatic food pyramid, phytoplankton store 80,000 kJ of solar chemical energy. According to Lindeman's 10% energy transfer rule, how much energy is transferred to secondary consumer predatory fish?
800 kJ
80 kJ
40,000 kJ
8,000 kJ
9.
STEM Integrated Science Problem 35: In an aquatic food pyramid, phytoplankton store 80,000 kJ of solar chemical energy. According to Lindeman's 10% energy transfer rule, how much energy is transferred to secondary consumer predatory fish?
800 kJ
40,000 kJ
80 kJ
8,000 kJ
10.
STEM Integrated Science Problem 4: In an aquatic food pyramid, phytoplankton store 80,000 kJ of solar chemical energy. According to Lindeman's 10% energy transfer rule, how much energy is transferred to secondary consumer predatory fish?
8,000 kJ
40,000 kJ
800 kJ
80 kJ
11.
STEM Integrated Science Problem 41: In an aquatic food pyramid, phytoplankton store 80,000 kJ of solar chemical energy. According to Lindeman's 10% energy transfer rule, how much energy is transferred to secondary consumer predatory fish?
80 kJ
40,000 kJ
8,000 kJ
800 kJ
12.
STEM Integrated Science Problem 14: In an aquatic food pyramid, phytoplankton store 80,000 kJ of solar chemical energy. According to Lindeman's 10% energy transfer rule, how much energy is transferred to secondary consumer predatory fish?
8,000 kJ
800 kJ
40,000 kJ
80 kJ
13.
STEM Integrated Science Problem 32: In an aquatic food pyramid, phytoplankton store 80,000 kJ of solar chemical energy. According to Lindeman's 10% energy transfer rule, how much energy is transferred to secondary consumer predatory fish?
8,000 kJ
800 kJ
40,000 kJ
80 kJ
14.
STEM Integrated Science Problem 6: In an aquatic food pyramid, phytoplankton store 80,000 kJ of solar chemical energy. According to Lindeman's 10% energy transfer rule, how much energy is transferred to secondary consumer predatory fish?
8,000 kJ
800 kJ
40,000 kJ
80 kJ
15.
STEM Integrated Science Problem 3: In an aquatic food pyramid, phytoplankton store 80,000 kJ of solar chemical energy. According to Lindeman's 10% energy transfer rule, how much energy is transferred to secondary consumer predatory fish?
80 kJ
8,000 kJ
800 kJ
40,000 kJ
16.
STEM Integrated Science Problem 44: In an aquatic food pyramid, phytoplankton store 80,000 kJ of solar chemical energy. According to Lindeman's 10% energy transfer rule, how much energy is transferred to secondary consumer predatory fish?
8,000 kJ
40,000 kJ
80 kJ
800 kJ
17.
STEM Integrated Science Problem 7: In an aquatic food pyramid, phytoplankton store 80,000 kJ of solar chemical energy. According to Lindeman's 10% energy transfer rule, how much energy is transferred to secondary consumer predatory fish?
80 kJ
8,000 kJ
800 kJ
40,000 kJ
18.
STEM Integrated Science Problem 36: In an aquatic food pyramid, phytoplankton store 80,000 kJ of solar chemical energy. According to Lindeman's 10% energy transfer rule, how much energy is transferred to secondary consumer predatory fish?
80 kJ
8,000 kJ
800 kJ
40,000 kJ
19.
STEM Integrated Science Problem 22: In an aquatic food pyramid, phytoplankton store 80,000 kJ of solar chemical energy. According to Lindeman's 10% energy transfer rule, how much energy is transferred to secondary consumer predatory fish?
800 kJ
80 kJ
8,000 kJ
40,000 kJ
20.
STEM Integrated Science Problem 16: In an aquatic food pyramid, phytoplankton store 80,000 kJ of solar chemical energy. According to Lindeman's 10% energy transfer rule, how much energy is transferred to secondary consumer predatory fish?
40,000 kJ
800 kJ
8,000 kJ
80 kJ
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