Each sweatshop worker at a computer factory can put together 5 computers per hour on average...
Each sweatshop worker at a computer factory can put together 5 computers per hour on average with a standard deviation of 1.0 computers. 9 workers are randomly selected to work the next shift at the factory
What is the least number of computers that a group of 9 randomly selected individuals can assemble together to be in the top 15% ( this means the group can assemble in total)
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Each sweatshop worker at a computer factory
can put together 5 computers per hour on average...
Each sweat shop worker at a computer factory can put together 4.6 computers per hour on...
Each sweat shop worker at a computer factory can put together 4.6 computers per hour on average with a standard deviation of 1 computers. 41 workers are randomly selected to work the next shift at the factory. Round all answers to 4 decimal places where possible and assume a normal distribution. a. What is the distribution of X? X-NC 0,1 b. What is the distribution of a? -NE c. What is the distribution of 2 --N d. If one randomly...
Each sweat shop worker at a computer factory can put together 4.8 computers per hour on...
Each sweat shop worker at a computer factory can put together 4.8 computers per hour on average with a standard deviation of 1 computers. 49 workers are randomly selected to work the next shift at the factory. Round all answers to 4 decimal places where possible and assume a normal distribution. a. What is the distribution of X? X-NC b. What is the distribution of a?i-/ c. What is the distribution of «?«-N([ d. If one randomly selected worker is...
Each sweat shop worker at a computer factory can put together 4.1 computers per hour on...
Each sweat shop worker at a computer factory can put together 4.1 computers per hour on average with a standard deviation of 1 computers. 45 workers are randomly selected to work the next shift at the factory. Round all answers to 4 decimal places where possible and assume a normal distribution. What is the distribution of X X ? X X ~ N(,) What is the distribution of ¯ x x¯ ? ¯ x x¯ ~ N(,) What is the...
please kindly make solutions and answers visible. thanks. Each sweat shop worker at a computer factory...
please kindly make solutions and answers visible.
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Each sweat shop worker at a computer factory can put together 4.9 computers per hour on average with a standard deviation of 0.8 computers. 50 workers are randomly selected to work the next shift at the factory Round all answers to 4 decimal places where possible and assume a normal distribution a. What is the distribution of X? X-N b. What is the distribution of ?? - NI c. What is the...
please kindly make solution and answers visible. thanks Each sweat shop worker at a computer factory...
please kindly make solution and answers visible. thanks
Each sweat shop worker at a computer factory can put together 4.8 computers per hour on average with a standard deviation of 0.9 computers. 18 workers are randomly selected to work the next shift at the factory. Round all answers to 4 decimal places where possible and assume a normal distribution a. What is the distribution of X? X-N b. What is the distribution of a? ä - N/ c. What is...
I ONLY NEED E. AND H. SOLVED. PLEASE DON'T TRY TO DO IT BY HAND, JUST...
I ONLY NEED E. AND H. SOLVED. PLEASE DON'T TRY TO DO IT BY HAND, JUST TELL ME WHAT I NEED TO PUT IN THE CALCULATOR. EX: NORMALCDF( ) Each sweat shop worker at a computer factory can put together 4.4 computers per hour on average with a standard deviation of 0.7 computers. 18 workers are randomly selected to work the next shift at the factory. Round all answers to 4 decimal places where possible and assume a normal distribution....
Chapter 7 Test Due in 7 hours, 27 minutes. Due Thu 07/30/2020 11:59 pm Questions Each...
Chapter 7 Test Due in 7 hours, 27 minutes. Due Thu 07/30/2020 11:59 pm Questions Each sweat shop worker at a computer factory can put together 4 computers per hour on average with a standard deviation of computers. 11 workers are randomly selected to work the next shift at the factory. Round all answers to 4 decimal places where possible and assume a normal distribution. Question 1 (0/10) Question 2 [10/10) Question 3 (0/10) Question 4 [10/101 Question 5 [10/10)...
A firm pays Pam $40 per hour to assemble personal computers Each day, Pam can assemble...
A firm pays Pam $40 per hour to assemble personal computers Each day, Pam can assemble 4 computers if she works 1 hour, 7 computers if she works 2 hours, 9 computers if she works 3 hours, and 10 computers if she work computer consists of a motherboard, a hard drive, a case, a monitor, a keyboard, and a mouse. T s 4 hours. Pam cannot work more than 4 hours day. Each he total cost of these parts is...
A glass factory is manufacturing a special type of stylist goldfish bowl. The factory pays each of workers $200 per shift. Five workers can make 300 bowls per shift. The fourth worker added 50 bowls to total output. The capital cost is fixed at $500 per s
A glass factory is manufacturing a special type of stylist goldfish bowl. The factory pays each of workers $200 per shift. Five workers can make 300 bowls per shift. The fourth worker added 50 bowls to total output. The capital cost is fixed at $500 per shift.1.What is the marginal cost of one of the 50 bowls made by the fourth worker?2.Calculate the average fixed, average variable, and average total costs of making 300 bowls.
1. The average amount parents and children spent per child on back-to-school clothes in Autumn 2010...
1. The average amount parents and children spent per child on back-to-school clothes in Autumn 2010 was $527. Assume the standard deviation is $160 and that the amount spent is normally distributed. What is the probability that the amount spent on a randomly selected child is more than $700? (Round to four decimal places) What is the probability that the amount spent on a randomly selected child is less than $100? (Round to four decimal places) What is the probability...
Each sweat shop worker at a computer factory can put together 4.6 computers per hour on average with a standard deviation of 1 computers. 41 workers are randomly selected to work the next shift at the factory. Round all answers to 4 decimal places where possible and assume a normal distribution. a. What is the distribution of X? X-NC 0,1 b. What is the distribution of a? -NE c. What is the distribution of 2 --N d. If one randomly...
Each sweat shop worker at a computer factory can put together 4.8 computers per hour on average with a standard deviation of 1 computers. 49 workers are randomly selected to work the next shift at the factory. Round all answers to 4 decimal places where possible and assume a normal distribution. a. What is the distribution of X? X-NC b. What is the distribution of a?i-/ c. What is the distribution of «?«-N([ d. If one randomly selected worker is...
please kindly make solutions and answers visible.
thanks.
Each sweat shop worker at a computer factory can put together 4.9 computers per hour on average with a standard deviation of 0.8 computers. 50 workers are randomly selected to work the next shift at the factory Round all answers to 4 decimal places where possible and assume a normal distribution a. What is the distribution of X? X-N b. What is the distribution of ?? - NI c. What is the...
please kindly make solution and answers visible. thanks
Each sweat shop worker at a computer factory can put together 4.8 computers per hour on average with a standard deviation of 0.9 computers. 18 workers are randomly selected to work the next shift at the factory. Round all answers to 4 decimal places where possible and assume a normal distribution a. What is the distribution of X? X-N b. What is the distribution of a? ä - N/ c. What is...
Chapter 7 Test Due in 7 hours, 27 minutes. Due Thu 07/30/2020 11:59 pm Questions Each sweat shop worker at a computer factory can put together 4 computers per hour on average with a standard deviation of computers. 11 workers are randomly selected to work the next shift at the factory. Round all answers to 4 decimal places where possible and assume a normal distribution. Question 1 (0/10) Question 2 [10/10) Question 3 (0/10) Question 4 [10/101 Question 5 [10/10)...
A firm pays Pam $40 per hour to assemble personal computers Each day, Pam can assemble 4 computers if she works 1 hour, 7 computers if she works 2 hours, 9 computers if she works 3 hours, and 10 computers if she work computer consists of a motherboard, a hard drive, a case, a monitor, a keyboard, and a mouse. T s 4 hours. Pam cannot work more than 4 hours day. Each he total cost of these parts is...
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