Answer:
Step-by-step explanation:
Use the Product Rule for derivatives, which states that:
In the function we are given, 
, we can break it up into two factors: -x is being multiplied by cos3x.
Now, we have the factors:
Before using the product rule, let's find the derivative of cos3x using the chain rule and the power rule.
Now let's apply the product rule to f(x) = -xcos3x.
Simplify this equation.
Multiply x and 3 together and remove the parentheses.
Therefore, this is the derivative of the function 
.
Because the triangle is only rotated, AB and A'B' would be equal. 8 in.
Answer:
y=-3
-3=-1.5x
you substitiue y value, then you divide both sides by -1.5 and you get 2 for x.
(2,-3)
y=4.5
4.5=-1.5x
you substitute y value, then again you divide both sides by -1.5 and you get 3.
(3,4.5)
y=6
6=-1.5x
same thing for this last one. then once again divide by -1.5 and you get -4.
(-4,6)
Step-by-step explanation:
Answer:
Step-by-step explanation:
32.04 pounds is the answer
For each of the following distance matrices of graph, the
- The diameter = 3
- The radius of the graph is given as 2
<h3>What is the diameter of the graph?</h3>
This is used to refer to the fact that there would be a maximum distance that exists between the pair of vertices.
<h3>What is the radius of the graph</h3>
This used to refer to the minimum eccentricities of the vertices
<h3>What is the center of the graph?</h3>
This is used to show all of the vertices that have minimum eccentricities.
<h3>How to solve the matrix</h3>
We have
e 1 = 3
e 2 = 3
e3 = 2
e4 = 3
e 5 = 3
e 6 = 3
e 7 = 3
e8 = 2
e 9 = 3
e 10 = 2
Then the the diameter = maximum eccentricity = 3
The radius = minimum eccentricity = 2
center = [3, 8,10]
Read more on matrices of graphs here
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