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Integrated Science

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Quiz

Lesson 1 Quiz: Light Reflection in Spherical Mirrors and Refraction in Convex and Concave Lenses

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  • Questions count: 20
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1.
STEM Integrated Science Problem 13: 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
2.
STEM Integrated Science Problem 26: 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
3.
STEM Integrated Science Problem 18: 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
4.
STEM Integrated Science Problem 25: 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
5.
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?
80 kJ
40,000 kJ
800 kJ
8,000 kJ
6.
Why is a concave lens used to correct short-sightedness (myopia)?
It diverges light rays so the image forms precisely on the retina
It reflects light rays outward
It converges light rays before they enter the eye
It magnifies distant objects like a telescope
7.
An ionic bond is formed primarily between:
A metal atom that loses electrons forming a cation and a non-metal atom that gains electrons forming an anion due to electrostatic attraction
Positive metal ions immersed in a sea of delocalized electrons
Noble gas atoms at very low temperatures
Two non-metal atoms sharing pairs of valence electrons equally
8.
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
9.
STEM Integrated Science Problem 37: 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
800 kJ
8,000 kJ
10.
STEM Integrated Science Problem 1: 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
11.
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?
800 kJ
80 kJ
40,000 kJ
8,000 kJ
12.
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
40,000 kJ
8,000 kJ
800 kJ
13.
STEM Integrated Science Problem 5: 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
14.
STEM Integrated Science Problem 20: 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
15.
STEM Integrated Science Problem 21: 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
16.
STEM Integrated Science Problem 10: 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
17.
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
80 kJ
40,000 kJ
800 kJ
18.
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?
800 kJ
8,000 kJ
80 kJ
40,000 kJ
19.
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?
8,000 kJ
40,000 kJ
800 kJ
80 kJ
20.
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
8,000 kJ
80 kJ
40,000 kJ
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