Table:
0
A
B
C
D
E
F
1
m/v ft/s
Shell (lb)
Time to ft (m) at 25° (seconds)
Time to ft (m) at 40° (seconds)
Time to ft (m) at 55° (seconds)
Max. height (ft)
2
1990
12.5
10.1
15.5
22.1
19,000
3
2200
12.5
9.1
14.1
19.1
20,000
4
2500
12.5
8.3
12.6
16.3
23,500
5
2000
16
9.2
13.7
18.8
22,000
6
2350
31
4.4??
9.6
12.3
28,750

Questions and formulas:
Question: What is the amount of time (sum) at 40° that it takes a 16 lb shell to reach a maximum of no more than 22,000 ft?
Formula: SUM(FILTER(D1, (B1=16)*(F1<22000)))
Formula2: SUM(FILTER(D2:D6, (B2:B6=16)*(F2:F6<22000)))
Level: easy
Question: What is the average maximum height of a shell that travels for more than 16.3 seconds at 55° and has a maximum velocity of 2200 ft/s?
Formula: AVERAGE(FILTER(F1, (E1>16.3)*(A1=2200)))
Formula2: AVERAGE(FILTER(F2:F6, (E2:E6>16.3)*(A2:A6=2200)))
Level: easy
Question: What is the maximum amount of time a shell travels at 55° when it traveled less than 9.6 seconds at 40°?
Formula: SUM(FILTER(E1, D1<9.6))
Formula2: SUM(FILTER(E2:E6, D2:D6<9.6))
Level: easy
Question: What is the weight of the shell that reached its maximum height at 40° in 12.6 seconds?
Formula: SUM(FILTER(B1, D1=12.6))
Formula2: SUM(FILTER(B2:B6, D2:D6=12.6))
Level: easy
Question: What is the average maximum height of the shell smaller than 12.5 lb that reached its maximum height at 25° in 10.1 seconds?
Formula: AVERAGE(FILTER(F1, (C1=10.1)*(B1<12.5)))
Formula2: AVERAGE(FILTER(F2:F6, (C2:C6=10.1)*(B2:B6<12.5)))
Level: easy