Answer:
Step-by-step explanation:
the question states "Rating Factors" but may be better stated as Risk Factors. given that a 17 year-old male is a high driving risk factor (of 3.xx, i'm unable to see the image wording cause upon answering the image got smaller) and a 21 to 24 year old male has a risk factor of 2.15, i'm making the assumption on terminology that the "annual base premium" of $879 is multiplied by the risk factor of 2.15 to provide a total due amount of $1,889.85.
The number of games Ben predict Orioles will win this year is 64 games
<h3>How to find percentage?</h3>
- Percentage of games Ben believe the orioles will win = 40%
- Number of games Orioles played = 160
Number of games Ben predict they will win = 40% of 160
= 40/100 × 160
= 0.4 × 160
= 64
Therefore, the total number of games Ben predict they will win is 64 games
Learn more about percentage:
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Step-by-step explanation:
W=-6, x=1.2, and z=-6/7
(W²x-3)÷10-z
we substitute
((-6²)(1.2)-3)÷10-(-6/7)
((-36)(1.2)-3) ÷10-(-6/7)
(-43.2-3) ÷10(6/7)
(-46.2)÷60/7
-46.2÷60/7
-46.2*7/60
-46.2/1*7/60
-323.4/60
-5.39
Answer:
in the last one 3+4+4×15=67
in the first if we see there are three shapes if we divide 45/3 so the value of each shape is 15
in the second there are two bananas and one shape as we know the value of shape so 23-15=8 as there are two bananas so the value of each banana is 4
in the third there are two clocks and one banana as we know the value of banana so 10-4=6 as there are two clocks so the value of each clock is 3
from above
shape=15 banana=4 and clock =3 pitting in the equation gives us the value of 67
Step-by-step explanation:
i hope this will help you :)
Answer:
C. 2.937
Step-by-step explanation:
Given the following :
H0 : p = 0.25
H1 : p > 0.25
Number of observations (n) = 647
p' = 30% = 0.3
SD = sqrt[(p(1 - p) / n)]
1 - p = 1 - 0.25 = 0.75
SD = sqrt[(0.25 * 0.75) / 647]
SD = sqrt[0.0002897]
SD = 0.0170234
Z = (p' - p) / SD
Z = (0.3 - 0.25) / 0.0170234
Z = 0.05 / 0.0170234
Z = 2.9371187 = 2.937
