The discussion questions and conclusions.ĭata Table B- Relative Distances from the Sun Planet circles from Procedure A onto the appropriate distance from the sun. Meter stick/metric ruler, measure, mark and label the distance of each planet Represent the sun and you will measure all distances from this point. Piece of chart paper that is about 10 cm longer than the distance from the Sunĭistance of about 2 cm from the end of the chart paper and mark it with an X. Greater than 100 cm round to the nearest meter. Less than 100 cm, round to the tenths place. Procedure B: Relative Distances from the SunĪnd fill in the mean distance from the sun (km) for each of the planets.Ĭalculate the scale distance from the sun (cm). Label each circle with the name of the planet it represents. If the diameter is too small for the drawing compass, draw a line thatĪpproximate the circle by drawing it “free-hand”. (But remember to use the radius which is one half of the If the diameter is large enough, use a drawing compass. Using the scale diameters in Data Table A, construct circles representing Round your answers to the nearest tenths place. Research and fill in the equatorial diameter (km) for each planet. The distances between the terrestrial planets compare to the gas giants? The sizes of the terrestrial planets compare to the gas giants? How do the sizes
The distances between planets are so much greater than their diameters we will Solar System using the size of the planets their distance from the sun. You will also construct a scale diagram of the Lab you will calculate the relative size of the planets and the average orbitalĭistance they are from the sun.
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