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e round off errors when measuring the distance that a long jumper has jumped is uniformly tributed between 0 and 5.7 mm. Round values to 4 decimal places when possible. c. The probability that the round off error for a jumper's distance is exactly 4.5 is P(x = 4.5) = d. The probability that the round off error for the distance that a long jumper has jumped is between 0 and 5.7 mm is P(0.4 < x < 0.7) = e. The provaVmy u upTound off eforis grtat 24ic D f. P(x > 1.3 | x > 0.2) = g. Find the 66th percentile. h. Find the maximum for the lower quartile.

e round off errors when measuring the distance that a long jumper has jumped is uniformly tributed between 0 and 5.7 mm. Round values to 4 decimal places when possible. c. The probability that the round off error for a jumper's distance is exactly 4.5 is P(x = 4.5) = d. The probability that the round off error for the distance that a long jumper has jumped is between 0 and 5.7 mm is P(0.4 < x < 0.7) = e. The provaVmy u upTound off eforis grtat 24ic D f. P(x > 1.3 | x > 0.2) = g. Find the 66th percentile. h. Find the maximum for the lower quartile.

MATLAB: An Introduction with Applications
MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
Publisher:Amos Gilat
Chapter1: Starting With Matlab
Section: Chapter Questions
Problem 1P
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The round off errors when measuring the distance that a long jumper has jumped is uniformly distributed between 0 and 5.7 mm. Round values to 4 decimal places when possible. c. The probability that the round off error for a jumper's distance is exactly 4.5 is P(x = 4.5) = d. The probability that the round off error for the distance that a long jumper has jumped is between 0 and 5.7 mm is P(0.4 < x < 0.7) = | e. The probuIDmy the f. P(x > 1.3 | x > 0.2) = g. Find the 66th percentile. h. Find the maximum for the lower quartile.
Transcribed Image Text:The round off errors when measuring the distance that a long jumper has jumped is uniformly distributed between 0 and 5.7 mm. Round values to 4 decimal places when possible. c. The probability that the round off error for a jumper's distance is exactly 4.5 is P(x = 4.5) = d. The probability that the round off error for the distance that a long jumper has jumped is between 0 and 5.7 mm is P(0.4 < x < 0.7) = | e. The probuIDmy the f. P(x > 1.3 | x > 0.2) = g. Find the 66th percentile. h. Find the maximum for the lower quartile.
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