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In a bag of 345 chocolate candies, 36 of them are brown. The candy company claims that 13% of its plain chocolate candies are brown. For the following, assume that the claim of 13% is true, and assume that a sample consists of 345 chocolate candies. Complete parts (a) through (d) below. a. For the 345 chocolate candies, use the range rule of thumb to identify the limits separating numbers of brown chocolate candies that are significantly low and those that are significantly high. brown candies or fewer are significantly low. Values of (Round to one decimal place as needed.) Values of brown candies or greater are significantly high. (Round to one decimal place as needed.) Based on the results, is the result of 36 brown chocolate candies significantly low? Why or why not? OA. No, the result of 36 brown candies lies between those limits, so it is neither significantly low nor significantly high. OB. Yes, the result of 36 brown candies is less than the first value, so it is significantly low. OC. No, the result of 36 brown candies is greater than the second value, so it is significantly high. OD. Yes, the result of 36 brown candies is less than the second value, so it is significantly low. b. Find the probability of exactly 36 brown chocolate candies. The probability is. (Round to four decimal places as needed.) c. Find the probability of 36 or fewer brown chocolate candies. The probability is (Round to four decimal places as needed.) d. Which probability is relevant for determining whether the result of 36 brown chocolate candies is significantly low: the probability from part (b) or part (c)? Based on the relevant probability, is the result of 36 brown chocolate candies significantly low? A

In a bag of 345 chocolate candies, 36 of them are brown. The candy company claims that 13% of its plain chocolate candies are brown. For the following, assume that the claim of 13% is true, and assume that a sample consists of 345 chocolate candies. Complete parts (a) through (d) below. a. For the 345 chocolate candies, use the range rule of thumb to identify the limits separating numbers of brown chocolate candies that are significantly low and those that are significantly high. brown candies or fewer are significantly low. Values of (Round to one decimal place as needed.) Values of brown candies or greater are significantly high. (Round to one decimal place as needed.) Based on the results, is the result of 36 brown chocolate candies significantly low? Why or why not? OA. No, the result of 36 brown candies lies between those limits, so it is neither significantly low nor significantly high. OB. Yes, the result of 36 brown candies is less than the first value, so it is significantly low. OC. No, the result of 36 brown candies is greater than the second value, so it is significantly high. OD. Yes, the result of 36 brown candies is less than the second value, so it is significantly low. b. Find the probability of exactly 36 brown chocolate candies. The probability is. (Round to four decimal places as needed.) c. Find the probability of 36 or fewer brown chocolate candies. The probability is (Round to four decimal places as needed.) d. Which probability is relevant for determining whether the result of 36 brown chocolate candies is significantly low: the probability from part (b) or part (c)? Based on the relevant probability, is the result of 36 brown chocolate candies significantly low? A

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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In a bag of 345 chocolate candies, 36 of them are brown. The candy company claims that 13% of its plain chocolate candies are brown. For the following, assume that the claim of 13% is true, and assume that a sample consists of 345 chocolate candies. Complete parts (a) through (d) below. Values of brown candies or fewer are significantly low. (Round to one decimal place as needed.) Values of brown candies or greater are significantly high. (Round to one decimal place as needed.) Based on the results, is the result of 36 brown chocolate candies significantly low? Why or why not? OA. No, the result of 36 brown candies lies between those limits, so it is neither significantly low nor significantly high. OB. Yes, the result of 36 brown candies is less than the first value, so it is significantly low. OC. No, the result of 36 brown candies is greater than the second value, so it is significantly high. OD. Yes, the result of 36 brown candies is less than the second value, so it is significantly low. b. Find the probability of exactly 36 brown chocolate candies. The probability is. (Round to four decimal places as needed.) c. Find the probability of 36 or fewer brown chocolate candies. The probability is. (Round to four decimal places as needed.) d. Which probability is relevant for determining whether the result of 36 brown chocolate candies is significantly low: the probability from part (b) or part (c)? Based on the relevant probability, is the result of 36 brown chocolate candies significantly low? The probability from is relevant. The result of 36 brown candies significantly low. MacBook Pro Clear all Check answer
Transcribed Image Text:In a bag of 345 chocolate candies, 36 of them are brown. The candy company claims that 13% of its plain chocolate candies are brown. For the following, assume that the claim of 13% is true, and assume that a sample consists of 345 chocolate candies. Complete parts (a) through (d) below. Values of brown candies or fewer are significantly low. (Round to one decimal place as needed.) Values of brown candies or greater are significantly high. (Round to one decimal place as needed.) Based on the results, is the result of 36 brown chocolate candies significantly low? Why or why not? OA. No, the result of 36 brown candies lies between those limits, so it is neither significantly low nor significantly high. OB. Yes, the result of 36 brown candies is less than the first value, so it is significantly low. OC. No, the result of 36 brown candies is greater than the second value, so it is significantly high. OD. Yes, the result of 36 brown candies is less than the second value, so it is significantly low. b. Find the probability of exactly 36 brown chocolate candies. The probability is. (Round to four decimal places as needed.) c. Find the probability of 36 or fewer brown chocolate candies. The probability is. (Round to four decimal places as needed.) d. Which probability is relevant for determining whether the result of 36 brown chocolate candies is significantly low: the probability from part (b) or part (c)? Based on the relevant probability, is the result of 36 brown chocolate candies significantly low? The probability from is relevant. The result of 36 brown candies significantly low. MacBook Pro Clear all Check answer
In a bag of 345 chocolate candies, 36 of them are brown. The candy company claims that 13% of its plain chocolate candies are brown. For the following, assume that the claim of 13% is true, and assume that a sample consists of 345 chocolate candies. Complete parts (a) through (d) below. C a. For the 345 chocolate candies, use the range rule of thumb to identify the limits separating numbers of brown chocolate candies that are significantly low and those that are significantly high. Values of brown candies or fewer are significantly low. (Round to one decimal place as needed.) Values of brown candies or greater are significantly high. (Round to one decimal place as needed.) Based on the results, is the result of 36 brown chocolate candies significantly low? Why or why not? OA. No, the result of 36 brown candies lies between those limits, so it is neither significantly low nor significantly high. OB. Yes, the result of 36 brown candies is less than the first value, so it is significantly low. OC. No, the result of 36 brown candies is greater than the second value, so it is significantly high. OD. Yes, the result of 36 brown candies is less than the second value, so it is significantly low. b. Find the probability of exactly 36 brown chocolate candies. The probability is (Round to four decimal places as needed.) c. Find the probability of 36 or fewer brown chocolate candies. The probability is. (Round to four decimal places as needed.) d. Which probability is relevant for determining whether the result of 36 brown chocolate candies is significantly low: the probability from part (b) or part (c)? Based on the relevant probability, is the result of 36 brown chocolate candies significantly low? Clear all Check answer
Transcribed Image Text:In a bag of 345 chocolate candies, 36 of them are brown. The candy company claims that 13% of its plain chocolate candies are brown. For the following, assume that the claim of 13% is true, and assume that a sample consists of 345 chocolate candies. Complete parts (a) through (d) below. C a. For the 345 chocolate candies, use the range rule of thumb to identify the limits separating numbers of brown chocolate candies that are significantly low and those that are significantly high. Values of brown candies or fewer are significantly low. (Round to one decimal place as needed.) Values of brown candies or greater are significantly high. (Round to one decimal place as needed.) Based on the results, is the result of 36 brown chocolate candies significantly low? Why or why not? OA. No, the result of 36 brown candies lies between those limits, so it is neither significantly low nor significantly high. OB. Yes, the result of 36 brown candies is less than the first value, so it is significantly low. OC. No, the result of 36 brown candies is greater than the second value, so it is significantly high. OD. Yes, the result of 36 brown candies is less than the second value, so it is significantly low. b. Find the probability of exactly 36 brown chocolate candies. The probability is (Round to four decimal places as needed.) c. Find the probability of 36 or fewer brown chocolate candies. The probability is. (Round to four decimal places as needed.) d. Which probability is relevant for determining whether the result of 36 brown chocolate candies is significantly low: the probability from part (b) or part (c)? Based on the relevant probability, is the result of 36 brown chocolate candies significantly low? Clear all Check answer
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