For Problems #1 through #12, consider the following context: Empire Electronics manufactures hand held electronic technology at its Elmira factory. Elmer, the plant manager, knows the production specifications for a certain model smart phone: the population mean number produced hourly is 132 with population standard deviation of 4. He knows the data collection is normally distributed. He then randomly selects one hour from the production schedule and checks the figures. [HINTS: Please do not simply state the answer using the Empirical Rule generalities; perform the more precise computations. Be precise in your approximations! Initially state the final answer rounded to four decimal places, 0.####,and then express it as a percentage as follows:

Ex: Express 0.8765 as 87.65%

Ex: Express 0.0999 as 9.99%

#1: What is the chance the factory produced between 128 and 136 smart phones during the selected hours?

Record your response to item #1 here.

QUESTION 2

For Problems #1 through #12, consider the following context: Empire Electronics manufactures hand held electronic technology at its Elmira factory. Elmer, the plant manager, knows the production specifications for a certain model smart phone: the population mean number produced hourly is 132 with population standard deviation of 4. He knows the data collection is normally distributed. He then randomly selects one hour from the production schedule and checks the figures. [HINTS: Please do not simply state the answer using the Empirical Rule generalities; perform the more precise computations. Be precise in your approximations! Initially state the final answer rounded to four decimal places, 0.####,and then express it as a percentage as follows:

Ex: Express 0.8765 as 87.65%

Ex: Express 0.0999 as 9.99%

#2: What is the chance the factory produced between 124 and 140 smart phones during the selected hour?

Record your response to item #2 here.

QUESTION 3

For Problems #1 through #12, consider the following context: Empire Electronics manufactures hand held electronic technology at its Elmira factory. Elmer, the plant manager, knows the production specifications for a certain model smart phone: the population mean number produced hourly is 132 with population standard deviation of 4. He knows the data collection is normally distributed. He then randomly selects one hour from the production schedule and checks the figures. [HINTS: Please do not simply state the answer using the Empirical Rule generalities; perform the more precise computations. Be precise in your approximations! Initially state the final answer rounded to four decimal places, 0.####,and then express it as a percentage as follows:

Ex: Express 0.8765 as 87.65%

Ex: Express 0.0999 as 9.99%

#3: What is the chance the factory produced between 120 and 144 smart phones during the selected hour?

Record your response to item #3 here.

QUESTION 4

For Problems #1 through #12, consider the following context: Empire Electronics manufactures hand held electronic technology at its Elmira factory. Elmer, the plant manager, knows the production specifications for a certain model smart phone: the population mean number produced hourly is 132 with population standard deviation of 4. He knows the data collection is normally distributed. He then randomly selects one hour from the production schedule and checks the figures. [HINTS: Please do not simply state the answer using the Empirical Rule generalities; perform the more precise computations. Be precise in your approximations! Initially state the final answer rounded to four decimal places, 0.####,and then express it as a percentage as follows:

Ex: Express 0.8765 as 87.65%

Ex: Express 0.0999 as 9.99%

#4: What is the chance the factory produced more than 125 smart phones during the selected hour?

Record your response to item #4 here.

QUESTION 5

For Problems #1 through #12, consider the following context: Empire Electronics manufactures hand held electronic technology at its Elmira factory. Elmer, the plant manager, knows the production specifications for a certain model smart phone: the population mean number produced hourly is 132 with population standard deviation of 4. He knows the data collection is normally distributed. He then randomly selects one hour from the production schedule and checks the figures. [HINTS: Please do not simply state the answer using the Empirical Rule generalities; perform the more precise computations. Be precise in your approximations! Initially state the final answer rounded to four decimal places,0.####,and then express it as a percentage as follows:

Ex: Express 0.8765 as 87.65%

Ex: Express 0.0999 as 9.99%

#5: What is the chance the factory produced less than 139 smart phones during the selected hour?

Record your response to item #5 here.

QUESTION 6

For Problems #1 through #12, consider the following context: Empire Electronics manufactures hand held electronic technology at its Elmira factory. Elmer, the plant manager, knows the production specifications for a certain model smart phone: the population mean number produced hourly is 132 with population standard deviation of 4. He knows the data collection is normally distributed. He then randomly selects one hour from the production schedule and checks the figures. [HINTS: Please do not simply state the answer using the Empirical Rule generalities; perform the more precise computations. Be precise in your approximations! Initially state the final answer rounded to four decimal places,0.####,and then express it as a percentage as follows:

Ex: Express 0.8765 as 87.65%

Ex: Express 0.0999 as 9.99%

#6: What is the chance the factory produced between 127 and 137 smart phones during the selected hour?

Record your response to item #6 here.

QUESTION 7

For Problems #1 through #12, consider the following context: Empire Electronics manufactures hand held electronic technology at its Elmira factory. Elmer, the plant manager, knows the production specifications for a certain model smart phone: the population mean number produced hourly is 132 with population standard deviation of 4. He knows the data collection is normally distributed. He then randomly selects one hour from the production schedule and checks the figures. [HINTS: Please do not simply state the answer using the Empirical Rule generalities; perform the more precise computations. Be precise in your approximations! Initially state the final answer rounded to four decimal places,0.####,and then express it as a percentage as follows:

Ex: Express 0.8765 as 87.65%

Ex: Express 0.0999 as 9.99%

#7: What is the chance the factory produced between 121 and 129 smart phones during the selected hour?

Record your response to item #7 here.

QUESTION 8

For Problems #1 through #12, consider the following context: Empire Electronics manufactures hand held electronic technology at its Elmira factory. Elmer, the plant manager, knows the production specifications for a certain model smart phone: the population mean number produced hourly is 132 with population standard deviation of 4. He knows the data collection is normally distributed. He then randomly selects one hour from the production schedule and checks the figures. [HINTS: Please do not simply state the answer using the Empirical Rule generalities; perform the more precise computations. Be precise in your approximations! Initially state the final answer rounded to four decimal places,0.####,and then express it as a percentage as follows:

Ex: Express 0.8765 as 87.65%

Ex: Express 0.0999 as 9.99%

#8: What is the chance the factory produced between 131 and 139 smart phones during the selected hour?

Record your response to item #8 here.

QUESTION 9

For Problems #1 through #12, consider the following context: Empire Electronics manufactures hand held electronic technology at its Elmira factory. Elmer, the plant manager, knows the production specifications for a certain model smart phone: the population mean number produced hourly is 132 with population standard deviation of 4. He knows the data collection is normally distributed. He then randomly selects one hour from the production schedule and checks the figures. [HINTS: Please do not simply state the answer using the Empirical Rule generalities; perform the more precise computations. Be precise in your approximations! Initially state the final answer rounded to four decimal places,0.####,and then express it as a percentage as follows:

Ex: Express 0.8765 as 87.65%

Ex: Express 0.0999 as 9.99%

#9: What is the chance the factory produced between 141 and 145 smart phones during the selected hour?

Record your response to item #9 here.

QUESTION 10

For Problems #1 through #12, consider the following context: Empire Electronics manufactures hand held electronic technology at its Elmira factory. Elmer, the plant manager, knows the production specifications for a certain model smart phone: the population mean number produced hourly is 132 with population standard deviation of 4. He knows the data collection is normally distributed. He then randomly selects one hour from the production schedule and checks the figures. [HINTS: Please do not simply state the answer using the Empirical Rule generalities; perform the more precise computations. Be precise in your approximations! Initially state the final answer rounded to four decimal places,0.####,and then express it as a percentage as follows:

Ex: Express 0.8765 as 87.65%

Ex: Express 0.0999 as 9.99%

#10: What is the chance the factory produced between 131 and 133 smart phones during the selected hour?

Record your response to item #10 here.

QUESTION 11

For Problems #1 through #12, consider the following context: Empire Electronics manufactures hand held electronic technology at its Elmira factory. Elmer, the plant manager, knows the production specifications for a certain model smart phone: the population mean number produced hourly is 132 with population standard deviation of 4. He knows the data collection is normally distributed. He then randomly selects one hour from the production schedule and checks the figures.

#11: What approximate number of smart phones produced during the selected hour ranks at the 23^rd percentile for production? [HINT: Round to the nearest whole number of smart phones.]

Record your response to item #11 here.

QUESTION 12

For Problems #1 through #12, consider the following context: Empire Electronics manufactures hand held electronic technology at its Elmira factory. Elmer, the plant manager, knows the production specifications for a certain model smart phone: the population mean number produced hourly is 132 with population standard deviation of 4. He knows the data collection is normally distributed. He then randomly selects one hour from the production schedule and checks the figures.

#12: What approximate number of smart phones produced during the selected hour ranks at the 90^th percentile for production? [HINT: Round to the nearest whole number of smart phones.]

Record your response to item #12 here.