Answer:
[tex]P(z>1.51) =1-P(Z<1.51)[/tex]
And i fwe look into the normalstandar dtable we can find the desired probability:
[tex]P(z>1.51) =1-P(Z<1.51)=1-0.9345= 0.0655[/tex]
And then the The area to the right of z = 1.51 is 0.0655
Step-by-step explanation:
For this case we want to find the following probability:
[tex] P(z>1.51)[/tex]
And for this case we can use the normal standard distribution and the complement rule and we have this:
[tex]P(z>1.51) =1-P(Z<1.51)[/tex]
And i fwe look into the normalstandar dtable we can find the desired probability:
[tex]P(z>1.51) =1-P(Z<1.51)=1-0.9345= 0.0655[/tex]
And then the The area to the right of z = 1.51 is 0.0655
The area to the right of z = 1.51 is 0.0655
The z-score or the standard score illustrates how far from the mean a data point is.
The z value is given as:
[tex]z = 1.51[/tex]
The area to the right of the z-score is represented as:
[tex]P(Z > z)[/tex]
Substitute 1.51 for z in the above expression
[tex]P(z > 1.51)[/tex]
From z-score of probability, we have:
[tex]P(z > 1.51) =0.065522[/tex]
Approximate
[tex]P(z > 1.51) =0.0655[/tex]
This means that, the area to the right of z = 1.51 is 0.0655
See attachment for the sketch
Read more about z-scores at:
https://brainly.com/question/25638875
