Answer:
f(x)=4784
f(13)= 0 because there is x value on the right hand side
Answer: Option A is correct
(-5,3) U (3,6]
Step-by-step explanation:
Domain of a function is the complete set of values that the independent variable can assume.
In the given graphed function we can see that the minimum value of independent variable (x) is -5 and the maximum value is 6, wherein the values -5 and 3 do not belongs to x.
This set of values is represented as
(-5,3) U (3,6]
Hope it helps.
Thank you.
Given that the graph of the quadratic function.
We need to determine the vertex of the graph and also determine whether it is a minimum or maximum value.
<u>Vertex:</u>
The vertex of the parabola is the point at which the parabola makes a turn to form a U - shaped graph.
Hence, from the figure, the parabola turns at the point (0,-2) to form a U - shaped graph.
Therefore, the vertex of the graph is (0,-2)
<u>Minimum or maximum value:</u>
When the parabola is open upwards, then the vertex is the lowest point on the graph which is the minimum value on the graph.
Thus, the graph has a minimum value.
Hence, the vertex of the graph is (0,-2); minimum value.
Therefore, Option A is the correct answer.
<h2>
Answer:</h2>
for 1 candle: 150.72
for 130 candles: 19,593.6
<h3 /><h3>
Step-by-step explanation:</h3>
the formula for finding the volume for a cylinder is:
V = π r ² × h
when you plug it in:
V = 3.14 (4) ² × (3)
V = 150.72
150.72 × 130 = 19,593.6
Hope this helps! (:
<span>$182 + $166 + 147 = 459 $ divided by 3 = 165$ You will get 165$</span>
