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Example Questions
Example Question #71 : Parametric, Polar, And Vector
Convert the following parametric equation to rectangular form:
To convert from parametric to rectangular coordinates, we must eliminate the parameter by finding t in terms of x or y:
We will start by taking the exponential of both sides of the equation . Recall that
.
Therefore we get,
.
Now, replace t with the above term in the equation for x:
Example Question #66 : Parametric Form
When and
, what is
in terms of
(rectangular form)?
Given and
, wet's solve both equations for
:
Since both equations equal , let's set them equal to each other and solve for
:
Example Question #72 : Parametric
Given and
, what is
in terms of
?
None of the above
Given and
, let's solve both equations for
:
Since both equations equal , let's set them equal to each other and solve for
:
Example Question #71 : Parametric, Polar, And Vector
Given and
, what is
in terms of
?
None of the above
Given and
, let's solve both equations for
:
Since both equations equal , let's set them equal to each other and solve for
:
Example Question #71 : Parametric, Polar, And Vector
Given and
, what is
in terms of
?
None of the above
Given and
, wlet's solve both equations for
:
Since both equations equal , let's set them equal to each other and solve for
:
Example Question #64 : Parametric Form
Given and
, what is
in terms of
(rectangular form)?
Given and
, let's solve both equations for
:
Since both equations equal , let's set them equal to each other and solve for
:
Example Question #71 : Parametric, Polar, And Vector
Given and
, what is
in terms of
(rectangular form)?
None of the above
Given and
, let's solve both equations for
:
Since both equations equal , let's set them equal to each other and solve for
:
Example Question #72 : Parametric, Polar, And Vector
Given and
, what is
in terms of
(rectangular form)?
None of the above
Given and
, let's solve both equations for
:
Since both equations equal , let's set them equal to each other and solve for
:
Example Question #73 : Parametric, Polar, And Vector
Given and
, what is
in terms of
(rectangular form)?
None of the above
Given and
, let's solve both equations for
:
Since both equations equal , let's set them equal to each other and solve for
:
Example Question #74 : Parametric, Polar, And Vector
Find dy/dx at the point corresponding to the given value of the parameter without eliminating the parameter:
The formula for dy/dx for parametric equations is given as:
From the problem statement:
If we plug in t=3, into the above equations:
This is one of the answer choices.
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