3. When aiming errors are basically angular, the miss distances should increase with range. Suppose several independent shots are taken at a target, with a, 0.2 r where r, is the i" range, and that the cookie-cutter lethal radius is 2. If the successive ranges are 10, 11, 12, . increasing by unity with cach shot, compute Px for the first shot, the first five shots as a group, and the first 10 shots as a group. Pe 1-exp(-R /0?)
3. When aiming errors are basically angular, the miss distances should increase with range. Suppose several independent shots are taken at a target, with a, 0.2 r where r, is the i" range, and that the cookie-cutter lethal radius is 2. If the successive ranges are 10, 11, 12, . increasing by unity with cach shot, compute Px for the first shot, the first five shots as a group, and the first 10 shots as a group. Pe 1-exp(-R /0?)
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3. When aiming errors are basically angular, the miss distances should increase with range.
Suppose several independent shots are taken at a target, with a-0.2 r where r, is the i" range,
and that the cookie-cutter lethal radius is 2. If the successive ranges are 10, 11, 12, . increasing
by unity with cach shot, compute Px for the first shot, the first five shots as a group, and the
first 10 shots as a group. P=1-exp (-R 10?)
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