Answer:
Reflect the graph of f across the y-axis and then reflect across the x-axis.
Step-by-step explanation:
Reflection rules:
Reflection over x -axis:(x,y)→(x,-y)
Reflection over y-axis : (x,y)→(-x,y)
Graph:
We are given that the graph of f into the graph of g.
and
Reflect over y axis.
Reflected graph
Reflect the obtained graph over x axis
So, Option B is true
Hence Reflect the graph of f across the y-axis and then reflect across the x-axis.
Answer:
Step-by-step explanation:
By definition:
Work done along the path is the line integral along that path denoted as:
Work Done =
Note: dr = dx i + dy j
Given that:
F (x, y) dot product with dr =
Work done = ... Eq 1
Given that C:
Replace the value of y and dy in Eq 1
Limits of x are 1 to 2 respectively
=
Evaluate limits to obtain
Work Done =
Given:
Connor runs at a constant rate.
It takes him 34 minutes to run 4 miles.
To find:
The linear equation in two variables that represents the given situation.
Solution:
Let y be the distance covered by Connor in miles and x be the time in minutes.
It is given that Connor needs 34 minutes to run 4 miles. So, the linear equation passes through the point (34,4,) and the rate of change is:
Using the point slope, the equation of the linear function is:
Therefore, the correct option is D, i.e., .