Answer:
The answer is 0.9599.
Explanation:
mu (sample) = mu = 8.4
s.d. (sample) = 1.8/ sq. rt. 40
P( greater than 8.1) = (8.9-8.4)/(1.8/ sq. rt. 40)
Let x be the mean time for the 40 mechanics
Standardize the mechanics: (8.9-8.4)/(1.8/ sq. rt. 40) = 1.75 = Z
P( x > 8.9) = P(Z > 1.75), this means the area to the right of Z = 1.75.
Then you need to look in the table of the Normal distribution, Z(1.75) =0.9599
The additional measurements which must be made to determine the momentum of block 2 after the collision is both the mass and the post-collision speed of block 1
<h3>What is momentum?</h3>
Momentum can be defined as a scalar quantity that involves the multiplication of the mass of an object by its velocity.
In Physics, the momentum of an object such as a block, is calculated by using this formula;
Momentum = mass × velocity
In conclusion, we can deduce that the additional measurements which must be made to determine the momentum of block 2 after the collision is both the mass and the post-collision speed of block 1.
Read more on momentum here: brainly.com/question/15517471
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Answer:
so probability none of these vehicles requires warranty service is 0.389416
Explanation:
given data
new vehicles require warranty service π = 9 % = 0.09
sold nissan n = 10
solution
As we know here binomial probability formula that is
P(x) = 
......................1
so we use here combination formula that is
.................2
so probability none of these vehicles requires warranty service is
P(0) = 
P(0) = 
P(0) = 0.389416
so probability none of these vehicles requires warranty service is 0.389416
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