First Order Differential Equations with Separable Variable (Uppersixth Art pure Maths )

Froggy Jumps

Jugadas 0

Crear copia

Sobre esta actividad

Test your knowledge on stationary points!

Creada por

YAKILI LMS

Camerún

Descarga la versión para jugar en papel

Crea tu propio juego gratis desde nuestro creador de juegos

Compite contra tus amigos para ver quien consigue la mejor puntuación en esta actividad

Crear reto

OPEN UP 6 UNIT 1 VOCABULARY

karen blixen

España

(100)

Repasamos el vocabulario de la unidad
Sabiduría animal

Educaplay Educational Resources

España

(15439)

Conviértete en un genio del Reino Animal
Salva a la Ranita

Melanie Rodriguez

Estados Unidos

(338)

Contesta las siguientes multiplicaciones correctamente para salvar a la ranita y evitar que caiga al agua, mucha suerte!
El valle de los lobos

Marcos Signes

España

(108)

20 preguntas de este maravilloso libro
Quiz de Culpa mía película

Yamila Chavez

Argentina

(171)

Demuestra cuánto sabes sobre la película Culpa mía con este divertido quiz.

		%
	Anónimo	%
		%
		%

Imprime tu juego

First Order Differential Equations with Separable Variable (Uppersixth Art pure Maths )


Froggy Jumps First Order Differential Equations with Separable Variable (Uppersixth Art pure Maths )Versión en línea Test your knowledge on stationary points! por YAKILI LMS 1 What is a stationary point? a A point where the derivative is undefined b A point where the function reaches maximum c A point where the derivative is zero 2 What does the first derivative test determine? a The value of the function b Whether a stationary point is a maximum, minimum, or saddle point c The concavity of the function 3 At a stationary point, what is the value of the first derivative? a Zero b Maximum c One 4 If the derivative changes from positive to negative at a stationary point, what is it? a A saddle point b A local minimum c A local maximum 5 If the derivative changes from negative to positive at a stationary point, what is it? a A local minimum b A saddle point c A local maximum 6 What does it mean if the derivative does not change sign at a stationary point? a It is a minimum b It is a maximum c It is not a maximum or minimum 7 Can a stationary point be a point of inflection? a Yes, always b Yes, if the second derivative test is inconclusive c No, only maxima and minima 8 What is the first step in applying the first derivative test? a Find the second derivative b Find the stationary points by setting the derivative to zero c Plot the graph 9 What is the main purpose of the first derivative test? a To find the second derivative b To classify stationary points as maxima or minima c To determine the function's concavity 10 What should you check after finding stationary points? a The sign change of the derivative around those points b The second derivative only c The value of the function 11 What does the second derivative test determine? a Concavity and local extrema b Inflection points only c Global maxima 12 If the second derivative is positive at a critical point, what is it? a An inflection point b A local minimum c A local maximum 13 What indicates a local maximum in the second derivative test? a Second derivative is positive b Second derivative is negative c Second derivative is zero 14 What does a zero second derivative at a critical point suggest? a Test is inconclusive b Definitely a minimum c Definitely a maximum 15 Which of these is NOT a step in the second derivative test? a Check the first derivative b Find critical points c Evaluate the second derivative 16 What is the primary purpose of the second derivative test? a Determine global maxima b Find inflection points c Classify local extrema 17 If the second derivative is zero at a critical point, what should you do? a Declare it a maximum b Declare it a minimum c Use other methods to classify 18 Which function type is most suitable for the second derivative test? a Discontinuous functions b Non-differentiable functions c Differentiable functions 19 What does a negative second derivative indicate about the graph? a Concave up b Concave down c Flat 20 The second derivative test is used to analyze what aspect of a function? a Local maxima and minima b Global behavior c Asymptotes 21 What does an increasing function do as x increases? a The function's output decreases b The function's output increases c The function stays constant 22 What is a decreasing function? a A constant function b A function that increases c A function that decreases as x increases 23 On which interval is the function increasing? a Where the graph slopes downward b Where the graph is flat c Where the graph slopes upward 24 What does the derivative tell us about a function? a The function's minimum value b Whether the function is increasing or decreasing c The function's maximum value 25 If the derivative is positive, the function is? a Constant b Increasing c Decreasing 26 If the derivative is negative, the function is? a Decreasing b Increasing c Constant 27 What is the key feature of a decreasing function? a The graph slopes downward b The graph slopes upward c The graph is flat 28 What does a flat (zero slope) indicate? a The function is increasing b The function is decreasing c The function is constant 29 Which part of the graph shows increasing behavior? a The flat section b The downward-sloping section c The upward-sloping section 30 What is the main purpose of analyzing increasing and decreasing functions? a To find the maximum value b To determine the function's domain c To understand the function's behavior 31 What does a positive second derivative indicate about a function? a The function is concave down b The function is concave up c The function is linear 32 What is the second derivative test used for? a To determine local maxima or minima b To find the derivative c To solve equations 33 If the second derivative is negative at a point, what is the shape of the graph? a Concave up b Concave down c Linear 34 What does the second derivative test conclude if f''(x) > 0 and f'(x) = 0? a Local maximum b Local minimum c Inflection point 35 What is an inflection point? a Where the derivative is zero b Where the concavity changes c Where the function reaches a maximum 36 If the second derivative is zero at a point, what can be concluded? a It indicates a maximum b It indicates a minimum c The test is inconclusive 37 What is the main purpose of the second derivative in calculus? a To compute the area under the curve b To find the slope c To analyze the concavity of functions 38 When the second derivative changes from positive to negative, what occurs? a A local minimum b A local maximum c An inflection point 39 What does a zero second derivative at a point suggest? a Possible inflection point b Minimum point c Maximum point 40 How do you determine the concavity of a function? a By analyzing the sign of the second derivative b By analyzing the first derivative c By plotting the function 41 What does the point where the graph crosses the x-axis represent? a Maximum point b Solution to the equation c Y-intercept 42 If a graph of a function intersects the x-axis at x=3, what is the solution? a x=-3 b x=0 c x=3 43 What do you find by plotting the graph of a function and the line y=0? a Solutions of the equation b Maximum points c Function values 44 If the graph of y=f(x) touches the x-axis at one point, what is the solution? a Multiple roots b A single root c No solution 45 What is the first step to find solutions from a graph? a Solve algebraically b Guess the solutions c Plot the graph of the function 46 When the graph crosses the x-axis at x=-2, what is the solution? a x=-2 b x=2 c x=0 47 What does the y-value represent when the graph intersects y=0? a The solution of the equation b The maximum value c The y-intercept 48 If the graph of a function never touches the x-axis, what can be said about the solutions? a Solutions are at y=1 b There are no real solutions c There are infinite solutions 49 What is the purpose of using a graph to solve an equation? a To find derivatives b To calculate integrals c To visually find solutions 50 If the graph intersects the x-axis at x=4 and x=-1, what are the solutions? a x=4 and x=1 b x=4 and x=-1 c x=0 and x=1

First Order Differential Equations with Separable Variable (Uppersixth Art pure Maths )

Froggy Jumps

Sobre esta actividad

Creada por

Descarga la versión para jugar en papel

Top juegos

Froggy Jumps

OPEN UP 6 UNIT 1 VOCABULARY

Froggy Jumps

Sabiduría animal

Froggy Jumps

Salva a la Ranita

Froggy Jumps

El valle de los lobos

Froggy Jumps

Quiz de Culpa mía película

Froggy Jumps

First Order Differential Equations with Separable Variable (Uppersixth Art pure Maths )Versión en línea

por YAKILI LMS

What is a stationary point?

What does the first derivative test determine?

At a stationary point, what is the value of the first derivative?

If the derivative changes from positive to negative at a stationary point, what is it?

If the derivative changes from negative to positive at a stationary point, what is it?

What does it mean if the derivative does not change sign at a stationary point?

Can a stationary point be a point of inflection?

What is the first step in applying the first derivative test?

What is the main purpose of the first derivative test?

What should you check after finding stationary points?

What does the second derivative test determine?

If the second derivative is positive at a critical point, what is it?

What indicates a local maximum in the second derivative test?

What does a zero second derivative at a critical point suggest?

Which of these is NOT a step in the second derivative test?

What is the primary purpose of the second derivative test?

If the second derivative is zero at a critical point, what should you do?

Which function type is most suitable for the second derivative test?

What does a negative second derivative indicate about the graph?

The second derivative test is used to analyze what aspect of a function?

What does an increasing function do as x increases?

What is a decreasing function?

On which interval is the function increasing?

What does the derivative tell us about a function?

If the derivative is positive, the function is?

If the derivative is negative, the function is?

What is the key feature of a decreasing function?

What does a flat (zero slope) indicate?

Which part of the graph shows increasing behavior?

What is the main purpose of analyzing increasing and decreasing functions?

What does a positive second derivative indicate about a function?

What is the second derivative test used for?

If the second derivative is negative at a point, what is the shape of the graph?

What does the second derivative test conclude if f''(x) > 0 and f'(x) = 0?

What is an inflection point?

If the second derivative is zero at a point, what can be concluded?

What is the main purpose of the second derivative in calculus?

When the second derivative changes from positive to negative, what occurs?

What does a zero second derivative at a point suggest?

How do you determine the concavity of a function?

What does the point where the graph crosses the x-axis represent?

If a graph of a function intersects the x-axis at x=3, what is the solution?

What do you find by plotting the graph of a function and the line y=0?

If the graph of y=f(x) touches the x-axis at one point, what is the solution?

What is the first step to find solutions from a graph?

When the graph crosses the x-axis at x=-2, what is the solution?

What does the y-value represent when the graph intersects y=0?

If the graph of a function never touches the x-axis, what can be said about the solutions?

What is the purpose of using a graph to solve an equation?

If the graph intersects the x-axis at x=4 and x=-1, what are the solutions?