I guess when you say you want a cartesian equation of the curve, you would have to express them in cartesian coordinates of x and y. Thus, you must get rid of the variable t. The solution is as follows:
x = t⁴
y = ln(t)
e^y = e^(lnt)
e^y = t
Substuting this to the first equation,
x = (e^y)⁴
<em>x = e^4y</em>
Answer:
I think it 4/25
Step-by-step explanation:
Answer:It is 650
Step-by-step explanation:
13x25=352
352x2=650
First, look if y is greater or less than on the graph. Y is less than the line so the sign will be a less than symbol ≤.
Second, look at the slope. The slope is going up 4 and right 1 so the slope is 4.
Therefore, your answer is C. y ≤ 4x + 2
F(X)=13 Just Plug 10 into the X in the equation