Answer:
i think you drag the equations in the correct category
Step-by-step explanation:
Answer:
Probability that event will have both red marbles will be 2.3% or 0.023.
Step-by-step explanation:
Given:
Total red marbles=5
Total blue marbles=25
Total number of marbles =30
To Find:
The probability that both are red without replacement of marbles.
Solution:
Now
Total sample space is 30 and total red marbles are 5
For a event that getting red marble probability is ,
=Total red marbles /total marbles.
=5/30
=1/6
So probability if getting red marble is 1/6
<em>Now for second chance there will be 4 red marbles remaining and 29 total marbles so,</em>
In second chance probability if getting red marble will be
=total red marbles present/total marbles remaining
=4/29
Now ,
The required probability will be getting both at a time
i.e probability getting red AND red marble so here AND operator which means multiple both the probability.
Probability both will have red =1/6*4/29
=4/(29*6)=2/(29*3)
=0.022988
=0.023
=2.3 %
A.
g'(x) = 6b(-5x + 1)^5 (-5)
g'(x) = -30b(-5x +1)^5
g''(x) = -30b(5)(-5x + 1)^4 (-5)
g''(x) = 750b (-5x +1)^4
b.
g(x) = <span>b(−5x + 1)6 − a
when
g(-x) = b(5x +1)6 - a
c.
</span>g'(x) = -30b(-5x +1)^5 = 0
-5x +1 = 0
x = 15
Step-by-step explanation:
3x-12=0
Therefore, 3x= 0-12
Therefore, x= -12/3
Therefore, x= - 4
X=-4
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The measure of angle ABC is 100 because all you do is add the 60 to the 40 and get 100.