Answer:
the answer is in fact 7/2
A) The degree of the first term is... 1
![first \ term = 3t](https://tex.z-dn.net/?f=first%20%5C%20term%20%3D%203t%20)
The degree of the second term is... 2
![second \ term = t^2](https://tex.z-dn.net/?f=second%20%5C%20term%20%3D%20t%5E2)
The degree of the third term is... 4
![third \ term = t^4](https://tex.z-dn.net/?f=third%20%5C%20term%20%3D%20t%5E4)
b) The leading term of the polynomial is... 7t⁴
The leading coefficient of the polynomial is... 7
c) The degree of the polynomial is... 4
Based on the given graph, the time when the softball reaches its maximum height is about 1.8 seconds.
<h3>When is the softball at it highest?</h3>
The softball is at its maximum height at the point where the curve begins to go back down.
This means the maximum height is 50 feet.
The time when this softball reaches this height is between 1 and 2 seconds at 0.8.
The time the softball reaches its maximum height is therefore 1.8 seconds.
Find out more on maximum height at brainly.com/question/23144757
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Answer:
it would be at 3
cause double negatives cancel out- if u c something like -- or -(-) they would become a positive- so you would plot it at positive 3
hope this helps (again lol)
<33
Step-by-step explanation:
9514 1404 393
Answer:
- 1656 acres left
- 644 acres sold
- $32,200,000
Step-by-step explanation:
1. The number of acres sold is ...
28% × 2300 = 0.28 × 2300 = 644
Then the number of acres Emmet has left will be ...
2300 -644 = 1656 . . . acres left
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2. Emmet sold 644 acres.
__
3. At $50,000 per acre, the value of the land sold was ...
$50,000 × 644 = $32,200,000 . . . . paid by the developer