The ways to illustrate the shapes are given.
<h3>How to depict the shape?</h3>
11. In each new figure, one vertex is introduced, and each vertex is joined to each other vertex.
12. In each new figure, 2 rows and 1 column are introduced, and the shading at the corner moves 90 degrees clockwise.
13. In each new figure, one row and one column are introduced, and exactly half of the rectangles are shaded.
14. In each new figure, except at the bottom vertex, two perpendicular lines are introduced at the remaining vertices.
15. In each new figure, one inverted white triangle is inscribed in the orange triangle.
16. The number of squares increases in the pattern. There are blue circles inscribed in one diagonal square and there are yellow circles inscribed in the remaining squares. Also, the blue circles in the diagonal alternate.
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Answer:
6802
Step-by-step explanation:
just multiply 8950 x .76 (which is the 76 percent)
Answer:
See the proof below
Step-by-step explanation:
Let's assume that our random variable of interest is Y and we have a set of parameters in the original network.
And let's assume that we add an additional parameter and we want to see if the likehood for
We don't know the distribution for each parameter but we can say that the likehood function for the original set of parameters is given by:
And in order to maximize this function we need to take partial derivates respect to each parameter like this:
We just need to set up the last derivate equal to zero and solve for the parameters who satisfy the condition.
If we add a new parameter the new likehood function would be given by:
And in order to maximize this function again we need to take partial derivates respect to each parameter like this:
We are ssuming that we have the same parameters from 1 to k for the new likehood function. So then the likehood for the data would be unchanged and if we have more info for the likehood function we are maximizing the function since we are adding new parameters in order to estimate the function.
It means 6*5=30 because 30 divided by 6= 5
Answer:
See the step by step solution
Step-by-step explanation:
Consider a more general case of the form . We want to express it as a sine term only by using the following formula
The trick consists on find a number such that . But, note that since it is most likely that . Then, we will use the following equations:
Then, problem turns out to be
,
where
b) The amplitude is . Since the frequency is 1 Hz. The period is given by \frac{2\pi}{2\pi} = 1.
c) The function's graph is attached