Table:
0
A
B
C
D
E
1
orbit
center-to-center distance
altitude above the Earth's surface
Orbital period
specific orbital energy
2
Earth's surface (for comparison)
6,400 km
0 km
85 minutes
−62.6 MJ/kg
3
Low Earth orbit
6,600 to 8,400 km
200 to 2,000 km
89 to 128 min
−29.8 MJ/kg
4
Molniya orbit
6,900 to 46,300 km
500 to 39,900 km
11 h 58 min
−4.7 MJ/kg
5
Geostationary
42,000 km
35,786 km
23 h 56 min
−4.6 MJ/kg
6
Orbit of the Moon
363,000 to 406,000 km
357,000 to 399,000 km
27.3 days
−0.5 MJ/kg

Questions and formulas:
Question: specific orbital energy of −29.8 mj/kg has what orbit?
Formula: UNIQUE(CHOOSECOLS(FILTER(A1:E1,E1="−29.8 mj/kg"),1))
Formula2: UNIQUE(CHOOSECOLS(FILTER(A2:E6,E2:E6="−29.8 mj/kg"),1))
Level: medium
Question: altitude above the Earth's surface of 500 to 39,900 km has what orbital period?
Formula: UNIQUE(CHOOSECOLS(FILTER(A1:E1,C1="500 to 39,900 km"),4))
Formula2: UNIQUE(CHOOSECOLS(FILTER(A2:E6,C2:C6="500 to 39,900 km"),4))
Level: medium
Question: specific orbital energy of −0.5 mj/kg is what altitude above the earth's surface?
Formula: UNIQUE(CHOOSECOLS(FILTER(A1:E1,E1="−0.5 mj/kg"),3))
Formula2: UNIQUE(CHOOSECOLS(FILTER(A2:E6,E2:E6="−0.5 mj/kg"),3))
Level: medium
Question: Earth's surface of 357,000 to 399,000 km has what orbit altitude above?
Formula: UNIQUE(CHOOSECOLS(FILTER(A1:E1,C1="357,000 to 399,000 km"),1))
Formula2: UNIQUE(CHOOSECOLS(FILTER(A2:E6,C2:C6="357,000 to 399,000 km"),1))
Level: medium
Question: Orbital period of 89 to 128 min has what specific orbital energy?
Formula: UNIQUE(CHOOSECOLS(FILTER(A1:E1,D1="89 to 128 min"),5))
Formula2: UNIQUE(CHOOSECOLS(FILTER(A2:E6,D2:D6="89 to 128 min"),5))
Level: medium
Question: center-to-center distance of 6,900 to 46,300 km involves which orbital period?
Formula: UNIQUE(CHOOSECOLS(FILTER(A1:E1,B1="6,900 to 46,300 km"),4))
Formula2: UNIQUE(CHOOSECOLS(FILTER(A2:E6,B2:B6="6,900 to 46,300 km"),4))
Level: medium