Answer:
<u>80 buses</u> will be required for 1120 soldiers.
Step-by-step explanation:
Given:
Number of seats on One side = 12 seats.
Now Given:
five seats are reserved for equipment.
So we can say that;
Number of seats used by soldiers = 
Number of soldiers on Each seat =2
So we will now find number of soldiers on each bus.
number of soldiers on each bus is equal to Number of seats used by soldiers multiplied by Number of soldiers on Each seat.
framing in equation form we get;
number of soldiers on each bus = 
Now we know that;
For 14 soldiers = 1 bus
So 1120 soldiers = Number of buses required for 1120 soldiers.
By Using Unitary method we get;
Number of buses required for 1120 soldiers = 
Hence <u>80 buses</u> will be required for 1120 soldiers.
6x^3y^9/36x^3y^-2 The x^3 values cancel each other out leaving the 1/6
(1/6)y^9/(y^-2) the y^-2 causes the y^9 to turn into y^11 (9+2=11)
(1/6)y^11/1 the 1/6 is multiplied by y^11
y^11/6
P(over 40, root beer drinker) = 30/85 = 6/17
answer
6/17
1st thing you need to do is to graph the line y = x - 3 as a dashed line, since the it is just a less than symbol. Once the line is graphed, we need to decide which side to shade. I tend to use (0, 0) if at all possible. We check 0 < 0 - 3
Since 0 is not less than -3 then we shade away from the point (0, 0). That is how you find the answer.
I think its 4:3 because if its 24:18 you can break it down by dividing 6 from both of them to get 4:3