question 5\nuse the table to answer the question below\nsubstance mass (g) volume (cm³) density…

question 5\nuse the table to answer the question below\nsubstance mass (g) volume (cm³) density (g/cm³)\ncopper 5.0 0.56 8.93\ncopper 10.0 1.12 8.93\nzinc 15.0 2.10 7.14\nzinc 20.0 2.80 7.14\nlead 25.0 2.20 11.36\nlead 30.0 2.64 11.36\nwhich conclusion is supported by the data in the table?\nby increasing the volume of a substance, its mass will decrease.\nby increasing the volume of a substance, its density will decrease.\nby increasing the mass of a substance, its volume will increase.\nby increasing the mass of a substance, its density will increase.

question 5\nuse the table to answer the question below\nsubstance mass (g) volume (cm³) density (g/cm³)\ncopper 5.0 0.56 8.93\ncopper 10.0 1.12 8.93\nzinc 15.0 2.10 7.14\nzinc 20.0 2.80 7.14\nlead 25.0 2.20 11.36\nlead 30.0 2.64 11.36\nwhich conclusion is supported by the data in the table?\nby increasing the volume of a substance, its mass will decrease.\nby increasing the volume of a substance, its density will decrease.\nby increasing the mass of a substance, its volume will increase.\nby increasing the mass of a substance, its density will increase.

Answer

Explanation:

Step1: Analizar la relación masa - volumen

Observamos que para el cobre, zinc y plomo, al aumentar la masa, también aumenta el volumen. Por ejemplo, para el cobre, cuando la masa aumenta de 5.0 g a 10.0 g, el volumen aumenta de 0.56 cm³ a 1.12 cm³.

Step2: Analizar la relación masa - densidad y volumen - densidad

La densidad es constante para cada sustancia independientemente de la masa y el volumen. Por ejemplo, para el cobre la densidad es siempre 8.93 g/cm³.

Answer:

By increasing the mass of a substance, its volume will increase.