Question:

MNM Corporation gives every one of its 500 workers a fitness test. The scores on the test are typically circulated with a mean of 75 and a standard deviation of 15. A straightforward arbitrary example of 36 is taken from the number of inhabitants in 500 workers.

$$$16$$$

Utilizing just the suitable factual table in your course reading, what is the likelihood that the normal inclination test score in the example will be under 78.69?

ANSWER: (Report your last response to 4 decimal spots, utilizing traditional adjusting rules)

Utilizing just the proper factual table in your reading material, four percent of the examples of n = 36 taken from this populace ought to have a mean grade above what esteem?

ANSWER: (Report your last response to 4 decimal spots, utilizing regular adjusting rules)

*irrelevent to question(6.3/19)*

By far most of Visa and Discover Card Visas have 16-digit card numbers. The principal digit is either 4 (Visa) or 6 (Discover), digits 2 through 6 distinguish the guarantor, digits 7 through 15 recognize the client, and the last digit is a "check digit" controlled by the digits that go before it.? Your organization, CreditXplosion, Inc., issues both Visa and Discover Mastercards.

(a) what number diverse CreditXplosion cards are conceivable?

_____ cards

(b) what number diverse CreditXplosion Discover card numbers are conceivable in which the check digit isn't right?

____ card numbers

a couple of dice is stimultaneously thrown.

Find

the probabilty that the amount of the results is a considerably number ,

the probabilty that the amount of the results is in any event 8

the probabilty that the amount of the results is an odd number or a number under 6

compose the likelihood appropriation of the irregular variable x addressing the amount of the results

Brandybuck Insurance Company (BIC) is concluding whether to guarantee the existences of those driving a journey to Moria. In view of past experience, the likelihood of enduring such a journey is 94.0%. In the event that BIC charges an expense of 8,048 silver coins and would pay a passing advantage of 47,824 silver coins if the safeguarded were to pass on, what is the normal estimation of this protection strategy to BIC?

Homework: HW4: Chapter 3 om Score: 0 of 1 pt 9 of 25 (15 complete) Intil y 3.3.9 For the following problem, do not include a graph. (a) For the parabola y = 2x~ + 3x + 1, find the vertex. (b) Does the vertex correspond to the highest point or the lowest point on the graph? orke (a) The vertex is (Simplify your answer. Type an ordered pair.) It Scq its: stion stion itionHomework: HW4: Chapter 3 m Score: 0 of 1 pt 10 of 25 (15 complete) HW Score: 29.33% itil y 3.3.13 I Quest Graph the given function. Give the intercepts and state the range. y = f(x)= x -6x +8 Use the graphing tool to graph the function. orke Click to enlarge graph stio stion stion ition tion ition tion Click the graph, choose a tool in the palette and follow the instructions to create your graph. partsHome Homework: HW4: Chapter 3 Score: 0 of 1 pt 11 of 25 (15 complete) HW Score: 29.33%, 7 Until y 3.3.15 Questic Graph the given function. Give the intercepts and state the range y = [(x)= - 2x - 6x Use the graphing tool to graph the function. Worke ent Soo Click to enlarge ipts graph estion lestion estion estion estion estion estion Click the graph, choose a tool in the palette and follow the instructions to create your graph 2 parts remaining Clear All Check AnswerScore: 0 of 1 pt Save 12 of 25 (15 complete) 3.3.29 HW Score: 29.33%, 7.33 of 25 pls Question Help The demand function for a manufacturer's product is p= f(q)= -0.19q + 570, where p is the price (in dollars) per unit when q units are demanded (per day). Find the level of production that maximizes the manufacturer's total revenue and determine this revenue. What quantity will maximize the revenue? the q= urits Sod esti Jesti itic estic bestic tion lestio ition Enter your answer in the answer box and then click Check Answer 7 1 part remaining Clear All Check Aresover Fundamental Methods of Mathematical Economics I) Is based on Hacussler: Introductory Mathematical Analysts, 13