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:
65
Step-by-step explanation:
26 divided by 40 then multiply by a hundred
The answer is B.
this is because it has two terms, and the first term has a power of 3
