Answer:
statement 2 is the converse of statement 1
Answer:
Step-by-step explanation:
Let's start with function (x, y)
Transformations in the given order result in following
<u>A dilation by a factor of 4 with the origin as the center of dilation</u>
- This results in both coordinates multiplied by 4
- (x, y) → (4x, 4y)
<u>A reflection across the y-axis</u>
- This results in x-coordinate changing sign to opposite
- (4x, 4y) → (-4x, 4y)
<u>A 90° counterclockwise rotation about the origin</u>
- This results in x-coordinate swapping with negative y-coordinate
- (-4x, 4y) → (-4y, -4x)
<u>A translation 3 units down</u>
- This results in y-coordinate change by -3
- (-4y, -4x) → (-4y, 4x - 3)
<u>The final function is: </u>
(2/7)m - (1/7) = 3/14
2m/7 =(3/14) + (1/7)
2m/7 = (3/14) + 2(1/7)
here we are multiplying 2 with 1/7 to make the denominator same for addition.
2m/7 = (3/14) +(2/14)
2m/7 = (3 + 2)/14
2m/7 = 5/14
2m = (5 *7)/14
2m = 35/14
2m = 5/2
m = 5/4
m = 1.25
So the value of "m" is 1.25
Answer: if you have infinity points, which i will asume are the events, they cant have the same probability because then the probability will not be normalized, because in graph of prob vs variable, you will se infinite area under the curve if the probability is constant.
And yes, can all points have positive probability of occurring, but besides you medium value (the bell for example) you will see an asintotic decrease to the zero.
