Describe the X Values at Which the Function Is Differentiable

Enter your answer using interval notation. Fx and gx are a differentiable function for all reals and hx gf2x.

Solved Describe The X Values At Which The Function Is Chegg Com

When describing the x values you write as following --8U.

. Fxx2x2-64When you break down x squared minus 64 you get a positive 8 and a negative 8. Enter your answer using interval notation x2 y - 4. Enter your answer using interval notation fx x 323.

Briefly differentiable means can be differentiated and that mean has a derivative. Were given the equation um Y equals x minus three to the two thirds with a graph that looks like this. But a function can be continuous but not differentiable.

As you approach 3 from the left and right the tangent line becomes vertical and its slope will be undefined. Feb 15 2022 0815 PM. X2 y x² - 64 10 у 5 -10 10 -5 -10 The function is differentiable for all -8 x 8.

F x f x f x using the limit definition. Enter your answer using interval notation y. Describe the x-values at which the function is differentiable.

Describe the x-values at which the function is differentiable. F x lim Δ x 0 x Δ x 2 4 x 2 4 Δ x lim Δ x 0 x 2 2 x Δ x Δ x 2 4 x 2 4 Δ x lim Δ x 0 2 x Δ x Δ x 2 Δ x lim Δ x 0. F x 12 x2 - 92 -12 2 x2 - 9 2x 2x x2 - 9 x2 - 92 12 2xx2 - 9 l x2 - 9 l.

Where a and b are constants aif a2 and b3 is f continious for all x. Enter your answer using interval notationfx x 523y42-10-8-6-4-2-2f. The verb differentiate means find the derivative.

Describe the x-values at which the function is differentiable. F x lim Δ x 0 f x Δ x f x Δ x For x 0. Justify your answer bdescribe all the values of a and b for which f is a continious function c Calculus.

Describe the x-values at which the function is differentiable. Describe the x-values at which the function is differentiable. Describe the x-values at which the function is differentiable.

Let f be the function defined by x-12 for Xor equal to 1. Describe the x-values at which the function is differentiable. Enter your answer using interval notation fx x 523 y 6- 4 2 - 10 -8 -4 2.

Probably 56 is a different ability problem where were finding where the graph of X squared over X squared minus four is differentiable. The function is differentiable for all x 8. Because when a function is differentiable we can use all the power of calculus when working with it.

In this video we have the graph that looks like a v shape where the lane bounces down to -4 from negative infinity and then bounces to positive infinity. The noun differentiation is the act or process of differentiating hence the act or process of finding a derivative. The function is differentiable for all x 64.

Definition Function f is differentiable at xa if and only if fa exists. Enter your answer using interval notation y x 2 - 25 Summary. Note that if x -3 or if x 3 the derivative is undefined because we cant divide by 0.

The x-values at which the function y x 2 - 25 is differentiable is in - - 5 -5. Y x2 25 g. Fxx2fx534 Differentiate both sides with respect to xfxddxx2fx5x2ddxfx50fx.

So Ive got the graph of that function given here we see that it has vertical ascent oats at X equals plus or minus two. For example the absolute value function is actually continuous though not differentiable at x0. Notice the sharp points at x -3 and x 3 on the graph.

SOLVEDDescribe the x -values at which the function is differentiable. The function is differentiable for all x -8 or 8 x. Enter your answer using interval notation y ² - 16 у 5 X 5.

Enter your answer using interval notation y x2 25. X 3 X54 CX 9 X 4. Since the value of the derivative is equal to the slope of the tangent line at x3 the derivative will be undefined just like the slope of the tangent line.

0 left -infty0 right 0 and. Correct answer - Describe the x-values at which the function is differentiable. When a function is differentiable it is also continuous.

See the answer See the answer done loading. Solution for Describe the x-values at which the function is differentiable. Yx-32 3 Problem Number 53 is a differential ability problem.

Solution for Describe the x-values at which the function is differentiable. We review their content and use your feedback to keep the quality high. Solution for Describe the x-values at which the function is differentiable.

Enter Your Answer Using Interval Notation F X X 6275 -10 - 5 10 Find The Value Of C Such That The Function Is Continuous On The Entire Real Number Line. Describe The X-Values At Which F Is Differentiable. 0 left 0infty right 0 lets try to find.

The function fx 2x 30x² 126x 9 has one local minimum and one local maximum. The function is differentiable for all x-values.

Solved Describe The X Values At Which The Function Is Chegg Com

Solved Describe The X Values At Which The Function Is Chegg Com

Solved Describe The X Values At Which The Function Is Chegg Com