Answer:
B. The graph of the function starts high and ends high.
Step-by-step explanation:
Firstly, we need to determine the degree of the function F(x) = 2x⁴– x³ +5x-9
To find the degree of the function, we add the exponent of each variable, and the variable with the highest exponent is the degree of the exponent.
2x⁴ has degree of 4
– x³ has degree of 3
+5x has degree of 1
-9 has degree of 0
Therefore the degree of the function is 4. Since it is even, the graph would start and end in the same direction.
The coefficient of the highest degree is 2 (2x⁴) which is positive therefore The graph of the function starts high and ends high
2n^2-24n+72
2(n^2-12+36)
2(n^2-6n-6n+36)
2(n(n-6)-6(n-6))
2(n-6)(n-6)
2(n-6)^2
5×9/10=4.5
9/10 1 8/10 2 7/10 3 6/10 4 5/10
---------------l--------------l---------------l----------------l----------------
5 5/10=4 1/2=4.5
The table which represents the relationship is:
Fluid ounces, x Volume y ( in millimeters)
1 29.57
2 59.14
3 88.71
4 188.28
In mathematics, a relation describes how two distinct sets of information related to one another. If more than two non-empty sets are taken into consideration, a connection between their elements will indicate that more than two sets are being evaluated.
Let y be the volume of fluid x in millimeters.
Now, y is equal to 29.57 times the value of x.
Therefore,
y = 29.57 × x
y = 29.75x
So, when x = 1:
y = 29.75(1) = 29.57
When x = 2,
y = 29.57(2) = 59.14
When x = 3,
y = 29.57(3) = 88.71
When x = 4,
y = 29.57(4) = 118.28
Therefore, the table that represents the relationship is:
Fluid ounces, x Volume y ( in millimeters)
1 29.57
2 59.14
3 88.71
4 188.28
Learn more about volume here:
brainly.com/question/463363
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Answer:
<h2>x = 3</h2>
Step-by-step explanation:
