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hhuang/STAT141/MT1-2006-solns.pdf · PDF filebraking distance for the new system is normally distributed with 0=10 ft. X is the sample ... order for p to be 0.999 it is necessary

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Page 1: hhuang/STAT141/MT1-2006-solns.pdf · PDF filebraking distance for the new system is normally distributed with 0=10 ft. X is the sample ... order for p to be 0.999 it is necessary
Page 2: hhuang/STAT141/MT1-2006-solns.pdf · PDF filebraking distance for the new system is normally distributed with 0=10 ft. X is the sample ... order for p to be 0.999 it is necessary
Page 3: hhuang/STAT141/MT1-2006-solns.pdf · PDF filebraking distance for the new system is normally distributed with 0=10 ft. X is the sample ... order for p to be 0.999 it is necessary
Page 4: hhuang/STAT141/MT1-2006-solns.pdf · PDF filebraking distance for the new system is normally distributed with 0=10 ft. X is the sample ... order for p to be 0.999 it is necessary
Page 5: hhuang/STAT141/MT1-2006-solns.pdf · PDF filebraking distance for the new system is normally distributed with 0=10 ft. X is the sample ... order for p to be 0.999 it is necessary
Page 6: hhuang/STAT141/MT1-2006-solns.pdf · PDF filebraking distance for the new system is normally distributed with 0=10 ft. X is the sample ... order for p to be 0.999 it is necessary
Page 7: hhuang/STAT141/MT1-2006-solns.pdf · PDF filebraking distance for the new system is normally distributed with 0=10 ft. X is the sample ... order for p to be 0.999 it is necessary
Page 8: hhuang/STAT141/MT1-2006-solns.pdf · PDF filebraking distance for the new system is normally distributed with 0=10 ft. X is the sample ... order for p to be 0.999 it is necessary