Answer:
$270 will be you compound interest after 3 years
Answer:
there is alot of them
Step-by-step explanation:
9514 1404 393
Answer:
[-4,3]
Step-by-step explanation:
The domain is the left-right (horizontal) extent of the function. The dots at the end of the continuous line are solid, so the brackets on the interval are square brackets.
The left dot is at x=-4; the right dot is at x=3, so the domain is ...
[-4,3]
∫( (sinx) / (2 - 3cosx)) dx.
From laws of integration: ∫ f¹(u) / f(u) du = In(f(u)) + constant.
d/dx (2 - 3cosx) = 0 -3(-sinx) = 3sinx.
1/3d/dx(2 - 3cosx) = (1/3)*3sinx = sinx.
∫ ((sinx) / (2 - 3cosx)) dx. = ∫ ((1/3) d/dx (2 - 3cosx) / (2 - 3cosx))dx
= 1/3 ∫ (d/dx (2 - 3cosx) / (2 - 3cosx))dx
= (1/3)ln(2 - 3cosx) + Constant.
Answer:
(25, 29)
Step-by-step explanation:
The midpoint formula can be solved to give an expression for one end point of a line segment in terms of the other end point and the midpoint.
<h3>Formula</h3>
The midpoint (M) of segment AB is found from ...
M = (A +B)/2
Solving for B, we get ...
B = 2M -A
<h3>Application</h3>
For A(-9, -1) and M(8, 14), we find the end point B to be ...
B = 2(8, 14) -(-9, -1)
B = (16 -(-9), 28 -(-1)) = (25, 29)
The other end point is (25, 29.
