the diagram represents a snapshot in time of a wave traveling through a slinky. use the background grid to…

the diagram represents a snapshot in time of a wave traveling through a slinky. use the background grid to determine the wavelength and the amplitude of the wave. each square measures 1-cm along its edge.

the diagram represents a snapshot in time of a wave traveling through a slinky. use the background grid to determine the wavelength and the amplitude of the wave. each square measures 1-cm along its edge.

Answer

Explanation:

Step1: Determinar la longitud de onda ($\lambda$)

Contar los cuadros entre dos crestas consecutivas en la cuadrícula. $$ \lambda = 8 \text{ cuadros} \times 1 \text{ cm/cuadro} = 8 \text{ cm} $$

Step2: Determinar la amplitud ($A$)

Medir la distancia vertical desde la línea central hasta una cresta. $$ A = 2 \text{ cuadros} \times 1 \text{ cm/cuadro} = 2 \text{ cm} $$

Answer:

Longitud de onda: 8 cm Amplitud: 2 cm