A slope field of the form y ′ = f y is said to be autonomous . (a) Explain why the tangent segments along any horizontal line will be parallel for an autonomous slope field. (b) The word autonomous means "independent?' In what sense is an autonomous slope field independent? (c) Suppose that G y is an antiderivative of 1 / f y and that C is a constant. Explain why any differentiable function defined implicitly by G y − x = C will be a solution to the equation y ′ = f y .
A slope field of the form y ′ = f y is said to be autonomous . (a) Explain why the tangent segments along any horizontal line will be parallel for an autonomous slope field. (b) The word autonomous means "independent?' In what sense is an autonomous slope field independent? (c) Suppose that G y is an antiderivative of 1 / f y and that C is a constant. Explain why any differentiable function defined implicitly by G y − x = C will be a solution to the equation y ′ = f y .
A slope field of the form
y
′
=
f
y
is said to be autonomous.
(a) Explain why the tangent segments along any horizontal line will be parallel for an autonomous slope field.
(b) The word autonomous means "independent?' In what sense is an autonomous slope field independent?
(c) Suppose that
G
y
is an antiderivative of
1
/
f
y
and that C is a constant. Explain why any differentiable function defined implicitly by
G
y
−
x
=
C
will be a solution to the equation
y
′
=
f
y
.
With integration, one of the major concepts of calculus. Differentiation is the derivative or rate of change of a function with respect to the independent variable.
Find the directional derivative of f at the given point in the direction indicated by the angle 0.
f(x,y)=√xy, (1,3), 0 = π/6
a.
b.
C.
d.
e.
1/1 (3+√³)
4
1/2 (3+√3)
1²/ (√ 3 + √²³)
3
— (3+√3)
4
√3
+ (₁-4)
3
4
3
A car travels in a straight line for 1 hour. Its velocity v in miles per hour at six-minute intervals is shown in the table. (a) Produce a reasonable graph of the velocity function v by graphing these points and connecting them with a smooth curve. (b) Find the open intervals over which the acceleration a is positive. (c) Find the average acceleration of the car (in miles per hour per hour) over the interval [0, 0.4]. (d) Approximate the acceleration at t = 0.8.
Find and sketch the domain of the function
f(x,y) = cosx + V3x-y+2
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