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What is a well-tested description of the behavior of something in nature?
Different, because the gravitational pull is more on the moon than on the Earth
cubic centimeters and milliliters
Newton
control
Chemistry, Physics, Life science, and Earth science
meter
Yes, because D= M/V therefore if you multiply Volume and density, you would receive the mass of the object
Law
What is a comparable standard in an experiment?
Different, because the gravitational pull is more on the moon than on the Earth
cubic centimeters and milliliters
Newton
control
Chemistry, Physics, Life science, and Earth science
meter
Yes, because D= M/V therefore if you multiply Volume and density, you would receive the mass of the object
Law
What is the unit of measurement for temperature?
Different, because the gravitational pull is more on the moon than on the Earth
cubic centimeters and milliliters
Newton
control
Chemistry, Physics, Life science, and Earth science
meter
Yes, because D= M/V therefore if you multiply Volume and density, you would receive the mass of the object
Law
What are the four general areas of science?
Different, because the gravitational pull is more on the moon than on the Earth
cubic centimeters and milliliters
Newton
control
Chemistry, Physics, Life science, and Earth science
meter
Yes, because D= M/V therefore if you multiply Volume and density, you would receive the mass of the object
Law
What two measurements can volume be found in SI units?
Different, because the gravitational pull is more on the moon than on the Earth
cubic centimeters and milliliters
Newton
control
Chemistry, Physics, Life science, and Earth science
meter
Yes, because D= M/V therefore if you multiply Volume and density, you would receive the mass of the object
Law
If you know the density and volume of an object, can you determine the mass? If so, how?
Different, because the gravitational pull is more on the moon than on the Earth
cubic centimeters and milliliters
Newton
control
Chemistry, Physics, Life science, and Earth science
meter
Yes, because D= M/V therefore if you multiply Volume and density, you would receive the mass of the object
Law
If someone weighed themselves on the moon, would it be the same or different from their weight on the Earth?
Different, because the gravitational pull is more on the moon than on the Earth
cubic centimeters and milliliters
Newton
control
Chemistry, Physics, Life science, and Earth science
meter
Yes, because D= M/V therefore if you multiply Volume and density, you would receive the mass of the object
Law
What is the standard unit of length?
Different, because the gravitational pull is more on the moon than on the Earth
cubic centimeters and milliliters
Newton
control
Chemistry, Physics, Life science, and Earth science
meter
Yes, because D= M/V therefore if you multiply Volume and density, you would receive the mass of the object
Law
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