A) -5(-1)+1
y=6
b) -5(0)+1
y=1
c)-5(1)+1
y=-4
d)-5(2)+1
y=-9
Answer:
ok so here we know that Baily kicked the target 6 times out of 20 that is 6/20 and then you just reduce the fraction dividing it by 2 so it will be 3/10
Step-by-step explanation:
hope it helps :)
Answer:
1/36
Step-by-step explanation:
On the first throw, the probability of rolling any particular number, 1 through 6, is 1 out of 6. So the chance of rolling a 4 is 1/6.
On the second roll, your probability of rolling a 2 is 1/6.
The 'trick' is knwoing what to do with those two numbers.
Here's the rule: If events are dependent on one another, you multiply the probabilities.
Any time you see a scenario where X has to happen <u>and then </u>some other thing (X, Y, or whatever) has to happen, the events are dependent.
Probability of rolling a 4 <u>and then</u> rolling a 2 = 1/6 * 1/6 = 1/36
Hope this helps.
Answer:
Standard form: 
This equation represents the circle with the center at the point 
and the radius 
Step-by-step explanation:
Consider expression 
First, form perfect squares:
This equation represents the circle with the center at the point and the radius
So with that data we can say 88% of 9 of his shots will go in. That number is probably going to be a decimal so we'll round up. 0.88 x 9 = 7.92. You can't make a hundredth of a free throw shot so let's round up to 8 a whole number. The theoretical probability that Paul will make his next nine shots is 8/9.
