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A vegetable distributor knows that during the month of August, the weights of its tomatoes are normally distributed with a mean of 0.54 lb and a standard deviation of 0.15 lb. (See Example 2 in this section.) (a) What percent of the tomatoes weigh less than 0.69 lb? 84.13 (b) In a shipment of 6,000 tomatoes, how many tomatoes can be expected to weigh more than 0.24 lb? 7818 x tomatoes (c) In a shipment of 3,500 tomatoes, how many tomatoes can be expected to weigh from 0.24 lb to 0.84 lb? x tomatoes 4295

A vegetable distributor knows that during the month of August, the weights of its tomatoes are normally distributed with a mean of 0.54 lb and a standard deviation of 0.15 lb. (See Example 2 in this section.) (a) What percent of the tomatoes weigh less than 0.69 lb? 84.13 (b) In a shipment of 6,000 tomatoes, how many tomatoes can be expected to weigh more than 0.24 lb? 7818 x tomatoes (c) In a shipment of 3,500 tomatoes, how many tomatoes can be expected to weigh from 0.24 lb to 0.84 lb? x tomatoes 4295

Advanced Engineering Mathematics
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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A vegetable distributor knows that during the month of August, the weights of its tomatoes are normally distributed with a mean of 0.54 lb and a standard deviation of 0.15 lb. (See Example 2 in this section.) (a) What percent of the tomatoes weigh less than 0.69 lb? 84 13 (b) In a shipment of 6,000 tomatoes, how many tomatoes can be expected to weigh more than 0.24 lb? 7818 x tomatoes (c) In a shipment of 3,500 tomatoes, how many tomatoes can be expected to weigh from 0.24 lb to 0.84 lb? x tomatoes 4295
Transcribed Image Text:A vegetable distributor knows that during the month of August, the weights of its tomatoes are normally distributed with a mean of 0.54 lb and a standard deviation of 0.15 lb. (See Example 2 in this section.) (a) What percent of the tomatoes weigh less than 0.69 lb? 84 13 (b) In a shipment of 6,000 tomatoes, how many tomatoes can be expected to weigh more than 0.24 lb? 7818 x tomatoes (c) In a shipment of 3,500 tomatoes, how many tomatoes can be expected to weigh from 0.24 lb to 0.84 lb? x tomatoes 4295
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