WitrynaConsider the function f (x) = x 2 − 1, where 1 ≤ x ≤ 2. (a) Sketch the curve y = f (x), clearly indicating the coordinates of the endpoints. (b) (i) Show that the inverse function of f is given by f-1 (x) = x 2 + 1. (ii) State the domain and range of f -1. The curve y = f (x) is rotated 2π about the y-axis to form a solid of revolution ... Witryna18 wrz 2015 · We need to differentiate x 3 + y 3 ( x) = 3 x y ( x). Let's do each term one by one. Differentiate x 3. You should quickly see this is 3 x 2. To differentiate ( y ( x)) 3, we need to remember the chain rule. This can be written in many different ways, but this is a composition of the functions ( ⋅) 3 ∘ y ∘ x.
calculus - Differentiating both sides of an equation - Mathematics ...
WitrynaDifferentiate the function implicitly. Evaluate the derivative using the x and y coordinate values to find ‘m’. Substitute the x and y coordinates along with this value of m into (y-y1)=m(x-x1). For example, find the equation of the tangent to at the point (3, 2). Step 1. Differentiate the function implicitly Witryna2 lis 2024 · 2. The question is asking you to compute d x d t p = 20 given that d p d t p = 20 = 2 (where t is time in months). The giveaway of that was the keyword “rate” and the unit “dollars per month.”. The first thing we need to do is implicitly differentiate so that our equation matches what we’ve been given. 2 x 2 − 2 x p + 50 p 2 ... how to remove drawer with undermount slides
Implicit Differentiation - Examples Implicit Derivative
Witryna5 sty 2024 · Step 1: Use the product rule. The first step you'll need to take is to use the product rule. This rule tells you what to do when you are trying to take the derivative of the product of two ... WitrynaTo find the implicit derivative, take the derivative of both sides of the equation with respect to the independent variable then solve for the derivative of the dependent … Witryna6 kwi 2024 · The rate at which the horizontal position is changing is d H d t = + 4 ft./sec. at the time when L = 250 feet, so we find that. d θ d t = − ( + 4 ft./sec.) · 75 ft. 250 2 ft. 2 = − 300 250 · 250 (rad.) sec. = − 3 625 rad./sec. . So we don't need to know a value for time t either. The "problem" with using the cosine function here is ... how to remove dreambaby door knob covers