For two shots Pedro has four outcomes:
<u>1 shot | 2 shot</u>
score | score
score | not score
not score | score
not score | not score
The probability Pedro's shot will score in a lacrosse game is 0.30 and the probability his shot will not score in a lacrosse game is 1-0.30=0.70. So you can count probabilities for all cases:
1. 0.3·0.3=0.09;
2. 0.3·0.7=0.21;
3. 0.7·0.3=0.21;
4. 0.7·0.7=0.49.
In total 0.09+0.21+0.21+0.49=1. The first outcomes is that what you need.
Answer: 0.09.
The rate of the change for the function between points x=1 and x=3 will be given by:
[f(3)-f(1)]/(3-1)
f(3)=-6
f(1)=2
thus the rate of change will be:
(-6-2)/(3-1)
=-8/2
=-4
Answer: -4
Answer:
f(x) = 2,500 + 50x
Step-by-step explanation:
You have to write a equation that represnts the problem whoch would start with f(x)=. Then you would put in the right numbers which is $2,500 for a one time labor fee and a $50 for every year book printed. In this case the x would go with the 50 since you dont know how many yearbooks are going to be printed. Hope I could help and have a nice day
Well, first Geometric Mean is a<span> special type of average where we multiply the numbers together and then take a square root (for two numbers), cube root (for three numbers) etc.
So, the first step in solving this problem is taking 2 and 3 and multiplying them
(2x3=6).
Now, for the second step, we will cube it. Since there are 2 numbers, we are going to use the 2nd root ( 2</span>√6)
This will give us: 4.89897948557 or 5 if you would round it. This would be the Geometric Mean.
