Icon Crear Crear

Identify Linear and Nonlinear Functions From Equations and Graphs

Test

Determine whether each equation or graph shows a linear or nonlinear function.
Then, select the correct answer.

Descarga la versión para jugar en papel

9 veces realizada

Creada por

Argentina

Top 10 resultados

Todavía no hay resultados para este juego. ¡Sé el primero en aparecer en el ranking! para identificarte.
Crea tu propio juego gratis desde nuestro creador de juegos
Compite contra tus amigos para ver quien consigue la mejor puntuación en esta actividad

Top juegos

  1. tiempo
    puntuacion
  1. tiempo
    puntuacion
tiempo
puntuacion
tiempo
puntuacion
 
game-icon

Identify Linear and Nonlinear Functions From Equations and GraphsVersión en línea

Determine whether each equation or graph shows a linear or nonlinear function. Then, select the correct answer.

por Peter Machado
1

Linear or nonlinear?

2

Linear or nonlinear?

3

Linear or nonlinear?

4

Linear or nonlinear?

5

Linear or nonlinear?

6

Linear or nonlinear?

7

Linear or nonlinear?

8

Linear or nonlinear?

9

Linear or nonlinear?

10

Linear or nonlinear?

11

Linear or nonlinear?

12

Linear or nonlinear?

13

Linear or nonlinear?

14

Linear or nonlinear?

15

Linear or nonlinear?

16

Linear or nonlinear?

17

Linear or nonlinear?

18

Linear or nonlinear?

19

Linear or nonlinear?

20

Linear or nonlinear?

Feedback

This is the graph for a quadratic function, in which you can find x to the power of 2 in its equation (but never beyond that).

This is the graph for an exponential function, in which you can find a given number to the power of x instead of x to the power of a given number.

This is the graph for an absolute value function, in which, due to the very nature of a modular number, the line ends up mirroring itself, forming a V-shape.

This is the graph for a homographic function, in which the whole equation is a fraction and x is found in the denominator. Yes, the simple fact we have a variable in the denominator of a "rational" function generates a graph like that.

This is the graph for a trigonometric function. Just know it exists. Explaining it would take a loooooooong time.

This is the graph for a cubic function, in which you can find x to the power of 3 in its equation (but never beyond that).

This is the graph for a constant linear function, in which y equals a given number (e.g. y = –3, like in the picture).

educaplay suscripción