1. A manufacturer of scientific instruments produces thermometers that measure the freezing point of water (0 degrees Centigrade). Tests on a large sample have found that some readings are too low (negative values) and some are too high (positive values). If the frequency of a malfunctioning thermometer follows a standard normal distribution. Generate the normal distribution and the cumulative distribution for the thermometer reading in 0.01 degree Centigrade units, including 3 standard deviations on each side of the mean. Graph both of the distribution. Find each of the following probabilities. a) If a thermometer is picked at random, find the probability that, at the freezing level of water, the reading is between 0° and 1.58°.

Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
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1. A manufacturer of scientific instruments produces thermometers that measure the freezing
point of water (0 degrees Centigrade). Tests on a large sample have found that some readings
are too low (negative values) and some are too high (positive values). If the frequency of a
malfunctioning thermometer follows a standard normal distribution.
Generate the normal distribution and the cumulative distribution for the thermometer reading in
0.01 degree Centigrade units, including 3 standard deviations on each side of the mean. Graph
both of the distribution. Find each of the following probabilities.
a) If a thermometer is picked at random, find the probability that, at the freezing level of water,
the reading is between 0° and 1.58°.
b) Find the probability that, at the freezing level of water, the reading is between 0° and -2.43°.
c) Find the probability that, at the freezing level of water, the reading is between 1.20° and 2.30°.
d) Find the probability that, at the freezing level of water, the reading is greater than 1.27°.
Transcribed Image Text:1. A manufacturer of scientific instruments produces thermometers that measure the freezing point of water (0 degrees Centigrade). Tests on a large sample have found that some readings are too low (negative values) and some are too high (positive values). If the frequency of a malfunctioning thermometer follows a standard normal distribution. Generate the normal distribution and the cumulative distribution for the thermometer reading in 0.01 degree Centigrade units, including 3 standard deviations on each side of the mean. Graph both of the distribution. Find each of the following probabilities. a) If a thermometer is picked at random, find the probability that, at the freezing level of water, the reading is between 0° and 1.58°. b) Find the probability that, at the freezing level of water, the reading is between 0° and -2.43°. c) Find the probability that, at the freezing level of water, the reading is between 1.20° and 2.30°. d) Find the probability that, at the freezing level of water, the reading is greater than 1.27°.
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