Our basis is the given ratio of 1:44. The actual rocket is obviously larger than the model rocket. Thus, it means that for every 44 ft of the actual rocket, the scale of the model rocket would be 1 ft. Through ratio and proportion, the solution is as follows:
1/44 = x/168
x = 3.818 ft
<em>The height of the model rocket, is approximately 3.8 ft.</em>
Answer:
13. 
14. 
Step-by-step explanation:
13.
Given


Required
Determine the distance between M and S
Distance (D) is calculated using:

Where








<em>Hence, the distance between M and S is 18 units</em>
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14.
The coordinate of S and P are not given,
So, I'll just use (x,y) for P
i.e.

Required
Determine the coordinates of S
If S is 6 units above P, then the coordinates of S is

<em>i.e. we add the units to the y coordinate of P.</em>
Answer:
9
Step-by-step explanation:
7+2=9
The answer is 24. To get to each term, we can see that the value is decreasing by 7. So 31 - 7 = 24
Answer:
answer is 5.3
Step-by-step explanation:
just easy