Answer:
a) 59.58%
b) 90.90%
c) 0%
Step-by-step explanation:
Let p be the probability a sample is mutated. Then q= 1-p is the probability the sample IS NOT mutated.
So <em>p=0.03 (3%) and q=0.97 (97%).
</em>
The experiment of finding a mutated sample out of 17 clearly has a binomial distribution, where the probability of finding k mutated samples out of 17 is given by
a)
<em>We want P(17;0)</em>
b)
<em>We want P(17;0)+P(17;1)
</em>
c)
<em>We want P(17;9)+P(17;10)+...+P(17;17)
</em>
Computing this number, we get
This figure is zero if we round to 2 decimals
Answer:
C
Step-by-step explanation:
It looks to me possibly C
hope it helps you
Using the Pythagorean theorem to solve this, d=26, here's how.
a^2+b^2=c^2
plug in the numbers you already have
10^2+24^2=d^2
100+578=676
676=d^2
take the square root of that
√676=26
d=26
Where’s the rest of the question??
9514 1404 393
Answer:
-361
Step-by-step explanation:
Your calculator can tell you the result. It is -361.
Start with the inner parentheses and work outward. Do multiplication and division in the order shown, left to right, before addition or subtraction.
-3[2/6+8{-9/3(8-5*3)-6}]
= -3[2/6+8{-9/3(8-15)-6}]
= -3[2/6+8{-9/3(-7)-6}]
= -3[2/6+8{-3(-7)-6}]
= -3[2/6+8{21-6}]
= -3[2/6+8{15}]
= -3[1/3+8{15}]
= -3[1/3+120]
= -3[361/3]
= -361
