Answer:
Step-by-step explanation:
Notice that the red graph does not globally differ from the black graph: it would have been approximately the same one unless it had been displaced by 3 units up. Therefore, it was only the ordinate axis that underwent our change: .
13. 5.75/100=23/400
14. 25.5/100=51/200
15. 85.25/100=341/400
16. (50/3)/100=1/6
17.(339/8)/100=339/800
18.(479/6)/100=479/600
The height of the ball according to the function h(t) is 16 feet after 1.92 seconds and after 0.46 seconds.
A function is defined as a expression containing one or more variables.
Technically speaking, a function is a means of linking a set of inputs to a set of outputs.
The height of the ball at any time t is given by the function:
Now the required height of the ball(in feet) is 16 feet. We have to find the value of t for which h(t)=16.
Let us substitute the values:
This is in the form of a quadratic equation in t.
Solving by using the quadratic formula:
We know that for a quadratic equation
Therefore for the above quadratic equation:
Therefore the ball reaches the height of 16 feet at times 1.92 seconds and at 0.46 seconds.
To learn more about functions:
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C) 1/26
since 2 cards are going to be drawn from the deck you would divide 2 by 2 and 52 by 2 giving you 1 and 26= 1/26
Answer:
what is the question
Step-by-step explanation: