Answer:
"Spin the spinner 5 times with 4 equal segments. One of the segment represents vanilla on either the spinner as well as three parts reflect certain flavors" would be the right answer.
Step-by-step explanation:
The actual probability of the given scenario will be:
⇒
⇒
⇒
On solving the power, we get
⇒
Now on multiplying the above value in 100, we get
⇒ %
Approximately 23.73% chance vanilla was not chosen by either of the five. So that the above is the right answer.
Okay.
620 would be rounded estimate to 600
&
107 would be rounded estimate to 100
Imagine you're cutting off all of the slanted sides, there would be 3. Now since there's 4 feet on one side and 9 on the other when you cut off the edges they have side which are 3 feet (the end number) and 2.5 (9-4=5/2=2.5) now since you have three pieces like this, so put 2 together and you get a shape which is 3feet by 2.5 feet. The area of this is 3*2.5 which is 7.5, cut that in half for the third piece and you get 3.25, added together that's 10.75 squared feet. Now don't forget the 3 by 4 and 3 by 5 pieces. That would be a total of 27 (3*4=12 3*5=15) 27+10.75=37.75 squared feet.
Let me know if I made a mistake any where :)
Answer:
The second option
Step-by-step explanation:
Given
f(x) = - 6
The y- intercept is where the graph crosses the y- axis, where the x- coordinate is zero.
Let x = 0 and solve for y
f(0) = y = - 6 → note = 1, thus
y = - 6 × 1 = - 6 ← y- intercept of f(x)
From the table for g(x)
When x = 0 , y = g(x) = - 3 ← y- intercept of g(x)
Thus the y- intercept of f(x) is equal to 2 times the y- intercept of g(x)