Answer: 
Step-by-step explanation:
Observe the graph provided in the exercise.
The y-axis represents the plane's elevation in meters and the x-axis represents the time in seconds.
Notice that at 0 seconds the elevation of the plane is 
. Based on the graph, each 
the elevation of the plane decreases 
The plane lands when the elevation is 0 meters and this happens when the line shown in the graph intersects the x-axis.
Therefore, the time took the plane to land is:
Answer:
32 ft
Step-by-step explanation:
From the diagram, the side opposite the 60° angle is 28 feet.
We are looking for the approximate length of the cable.
The approximate length of the cable is the hypotenuse of the triangle shown.
Recall the sine ratio from SOH-CAH-TOA
Which means Sine of the angle is Opposite/Hypotenuse
Let the hypotenuse be h, then we have:
The length of the cable is approximately 32 feet
3.5(11)+1.9(11)+1.6(11)
First multiply 3.5 by 11 and add it to 1.9 *11
3.5(11)= 38.5 and 1.9(11)= 20.9
Add it together
38.5+20.9= 59.4
Multiply 1.6 by 11 and add 59.4 to it
1.6(11)17.6+59.4=77
Answer: 77
Answer:
C is the answer
Step-by-step explanation:
Garden dimensions:
y = width, 4y = length (because it says the length is four times the width)
equation:
y + y + 4y + 4y = 70
=> 10y = 70
=> y =70
Hope this helps! :3
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