Assume that a randomly selected subject is given a bone density test. Those test scores are normally distributed with a mean of 0 and a standard deviation of 1. Draw a graph and find the probability of a bone density test score greater than 0.93. Sketch the region. Choose the correct graph below. OA. -0.93 0.93 Q Q The probability is (Round to four decimal places as needed.) OB. 0.93 Q OC. Q A& -0.93 O D. 0.93 Q

Q: Evaluate: da

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Q: 12 I+(-1'] = i=1

A:

Q: 25+2=

A: First we calculate 2^5.2^5= 2x2x2x2x2=32

Q: 3. 3 de dy 40

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Q: 3. H-8)- (4-8) -10

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Q: middle one

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Q: only d

A: Given the table, Here,  fx=x2-1x-1 We need to explain why we can't just find f1 to determine…

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A: 3+4=7

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A: given 10+c=25 find c by solving linear equation apply transpose for c and constant value one side…

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A: Here we have to find the value of 9C4.

Q: 6 - 8 =

A: 6-8= -2

Q: 11 35

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Q: 1 plus 1

A: Here we need to determine the value of 1plus1.

Q: 7rer dr =

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Q: Graph. 0 = - 4

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Q: III. Find the determinants of the following matrices using Laplace Expansion and Triangular matrices…

A: Given matrix is C = -2    7  0   6-2  1-1  3   2   2  3   4  0   5   3  2   5-4-2   2  0   3-1   1…

Q: Number 6

A: If the confidence interval contains the value 0, the null hypothesis is not rejected.  If the…

Q: Answer number 2

A: Use property of logarithms

Q: Use the diagram to find all of the missing angles, knowing that a || b 21 = 42 = 23= 1 3 2 54° 12 11…

A:

Q: -2 01 l3 -5 12 -3

A: Given,          210-42-3-1-4-203-51

Q: Evaluate

A: Given,