Question

er 1, The Gravitation Geevitational Height above Eams frce (N mpling of Rocket Heights ( marka) Height including Eart's radius (m surface (m) 1/theight 638 0000 270-10 2.32-10 500 000 oo00889 202 0 1 000 000 7380000 33g0000 93800 10 3 goovo I1 3goo 00 12330000 13380000 11 3go000 15 380000 16 38eo0 24 380090 36330000 44380000 563 89 66 3g 1.56 10 2 000 000 3 000 000 125 s0 1.02 10 4 000 000 847-10 5 000 000 7.16-10 6 000 000 7 000 000 6.13-10 5.30 10 8 000 000 4.64-10 9 000 000 4.09 10 10 000 000 20 000 000 1.57 10 8.28 10h 30 000 000 509 10 40 000 000 345 10 50 000 000 2.49 10 60 000 000 1.88 10 70 000 000 147 10 80 000 000 1.18 10 90 000 000 /06 380000 9.68 10 100 000 000 IT COMPLETE.

5. Calculate the gravitational force versus 1/r^2, where r is Earth’s radius, 6.38 × 106 m, plus the height of the rocket. Earth’s mass is 5.98 × 1024 kg. Show a sample calculation using GRASP.

b) Graph an inverse-square curve fit (F vs 1/r^2).

c) Determine the slope of the graph you created in b).

Answer 1

points Considar 3 to6x m He 1gut includirg GYOVitathonal Fer La (N) in (10xN) Easrth's Reduis 1 6.38 2 7 O'024 2 32 6.88 3 202 6.0110 7-38 2.7 2 6 CroN 1 2.5- 2. 2 2-3 2 2- 2. 2 0 O.O8 0019 0 02 0.021 0.012 0023D '024 /x1012 m 2> -(2 1 Graph & shruh tirio Nm 2.7 2.32 sope aph x 10 6024-0.02 K102 10 Nm2 O 38 X D003 11 126 663 10 NM3 126 x 10 21 N m2