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Find out the length of the parametric curve illustrated by the following parametric equations.
x = 3sin (t)
y = 3 cos (t)
0 ≤ t ≤ 2?
Solution
We make out that this is a circle of radius 3 centered at the basis from our prior discussion about graphing parametric curves. We as well know from this discussion that it will be traced out exactly one in this range.
Thus, we can make use of the formula we derived above. We'll first require the following,
dx/dt = 3 cos (t)
dy/dt = -3sin (t)
after that the length is
?[1,99] x^5+2x^4+x^3+5x^2+6x+2÷x^2+2x
find the polar coordinates of each point with the given rectangular coordinates. (-(squareroot(3)),3
how do we solve multiple optimal solution
limit x-a/|x-a| equals x-a [a]a [b]0 [c]-a [d]none 0f these
How many people ca fi in a small cars without seats?
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