A basketball is shot into the air. Its height is represented by the polynomial equation h(t) = –16t2 + 35t + 5, where h is the h
eight of the basketball at t seconds. What's the height of the basketball at 1.5 seconds?
Question 4 options:
20.2 feet
18.8 feet
21.5 feet
16.7 feet
2 answers:
Answer:
21.5 feet.
Step-by-step explanation:
Let t = 1.5
Therefore, at 1.5 seconds, the basketball is 21.5 feet in the air.
Answer:
height = 21.5 ft
Step-by-step explanation:
Substitute t = 1.5 into h(t) and evaluate
h(1.5) = - 16(1.5)² + 35(1.5) + 5
= - 16(2.25) + 52.5 + 5
= - 36 + 57.5
= 21.5 ft
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Answer:
Initially 4.2 cubic feet,
Blown to 5.6 cubic feet,
% Change = (5.6 - 4.2) / 4.2 * 100%
= 1.4/4.2 * 100%
= 1/3 * 100%
= 100/3 %
= 33 1/3 %
I hope this helps.
Step-by-step explanation:
Answer: it’s A
Step-by-step explanation:
Answer:
35
Step-by-step explanation:
0 divided by 2 is 0.
You can use the multiplicative identity property: the product of any number and zero is still zero.
Hope this helped :)
It is given that one third of restaurant is given away and the value that remains is $15000.
If one third is gone that means two thirds of the restaurant is valued at $15000.
Let the value of the restaurant be x.
So the original value of the restaurant was $22,500.
Option A is correct.