Questions LLC
Login
or
Sign Up
Ask a New Question
Mathematics
Algebra
Does the equation x^2+y^2=16 define y as a function of x?
1 answer
Yes, the equation x^2+y^2=16 defines y as a function of x.
You can
ask a new question
or
answer this question
.
Related Questions
A sinusoidal function has an amplitude of
4 units, a period of 90°, and a maximum at (0, 2). a) Represent the function with an
Interpret the equation y=−4x+10. What type of function does this equation define? Describe its graph.(1 point) Responses This
Interpret the equation y=−4x+10. What type of function does this equation define? Describe its graph.(1 point)
Responses This
Interpret the equation y=−4x+10. What type of function does this equation define? Describe its graph
Interpret the equation y=−4x+10 . What type of function does this equation define? Describe its graph.
Interpret the equation y = - 4x + 10 What type of function does this equation define? Describe its graph. (1 point)
This is a
Interpret the equation y = -4x+10. What type of function does this equation define? Describe its graph. (1 point)
This is a
Interpret the equation y = -4x+10. What type of function does this equation define? Describe its graph. (1 point)
A. This is a
Interpret the equation y = − 4x + 10. What type of function does this equation define? Describe its graph.
1. This is a linear
Interpret the equation y=−4x+10 . What type of function does this equation define? Describe its graph.(1 point)
Responses This