Answer:
The slope is ( d-b)/ ( c-a)
Step-by-step explanation:
To find the slope we can use the slope formula
m = ( y2-y1_/(x2-x1)
= ( d-b)/ ( c-a)
Choose one answer.
a. mean = 6.8, median = 5, mode = 4
b. mean = 7.5, median = 5, mode = 4
c. mean = 7.5, median = 8, mode =4
d. mean = 6.8, median = 5, mode = 8
For a better understanding of the solution given here please find the diagram in the file attached.
We know from the Hypotenuse Leg Theorem (the HL theorem) that "if the hypotenuse and one leg of a right triangle are congruent to the hypotenuse and one leg of another right triangle, then the triangles are congruent."
Thus, as can be seen from the diagram, Side LO (also called leg LO) is common to both the triangles LMO and LNO. Therefore, the additional information that will be required to prove the congruence is that the respective hypotenuses, MO and NO are equal.
Answer:
Step-by-step explanation:
Consider the function for the domain .
Find , where f^(-1) is the inverse of f.
Also state the domain of f^(-1) in interval notation.
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We can start solving this problem by finding the inverse of f(x). This is done by switching the x- and y- variables, and solving for y.
We can start solving for y by subtracting 3 from both sides of the equation.
Get rid of the radical by squaring both sides of the equation.
Use FOIL to multiply the binomial (x-3) together.
Combine like terms.
Subtract 4 from both sides of the equation.
Divide both sides of the equation by -1.
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The domain and range of a function are flipped for its inverse, meaning that to find the domain of the inverse function, you can find the range of the original function f(x), and that will be your inverse function's domain.
The range of is , since the vertical shift of the graph is at k = 3. You can also graph this function on a calculator to see that the graph does indeed start at y = 3.
Now that we know the domain and range of the original function, we know that these are flipped for the inverse function.
Original function:
Inverse function:
The final answer is:
The inverse .
You can also write the domain as: .