Sam have 1 1/5 meters of rope he cut off 1/2 meters and use it for a project for school how much real does Sam have left
2 answers:
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Remark
Now we have to get two more zeros from somewhere. Let us say that the last factor is x^2 + 4 which gives a pair of complex answers. The complete quartic could be something like
y = (x + 4)(x + 1)(x^2 + 4)
The graph follows.
Answer:
(a)Time taken to reach the ground, x=6 seconds
(b)Maximum height of the arrow during its flight =101.25 feet
Step-by-step explanation:
Given the quadratic function which models the flight of the arrow:
Where:
- y represents the vertical height of the arrow, in meters; and
- x represents the time, in seconds.
(a)Positive Zero
In 6 seconds, the arrow will hit the horizontal plane, i.e. the ground.
(b)
Comparing with the vertex form:
Our vertex, (h,k)=(1.5, 101.25)
Maximum Value of y=101.25
The maximum value of y represents the maximum height of the arrow during its flight, which is 101.25 feet.