Answer:
L ≈ 1023.0562
Step-by-step explanation:
We are given;
x = t² - 2t
dx/dt = 2t - 2
Also, y = t^(5)
dy/dt = 5t⁴
The arc length formula is;
L = (α,β)∫√[(dx/dt)² + (dy/dt)²]dt
Where α and β are the boundary points. Thus, applying this to our question, we have;
L = (1,4)∫√[(2t - 2)² + (5t⁴)²]dt
L = (1,4)∫√[4t² - 8t + 4 + 25t^(8)]dt
L = (1,4)∫√[25t^(8) + 4t² - 8t + 4]dt
Using online integral calculator, we have;
L ≈ 1023.0562
Answer:
f'(x)=
Step-by-step explanation:
As khown the derivative of arcsin(x) is;
f'(x)=
Answer:
75 in
Step-by-step explanation:
circumference=3.14*diameter. Plug in respective values and get 75.36, and then you round to 75.
The answer would be 12 3/4 because when you continue use the pattern that is used you end up with your answer! Hope this helps
Answer:
What functions?
Step-by-step explanation: