Answer:
Yes, this theory supports the inert nature of noble gases.
Explanation:
Noble gases already attain octet state stability, by having their outer shells completely filled with electrons. This makes them unable to take part in chemical reaction (by lose, gain or sharing of electrons).
Flammability occurs when matter burns through combination with oxygen, and changes to a different substance.
I hope this explanation is clear, let me know if I can be of further assistance.
Answer:
The standard value of atmospheric pressure at sea level
Explanation:
Answer:
17.6% en masa será la nueva concentración de la solución
Explanation:
Una disolución al 30% en masa contiene 30g de soluto en 100g de solución (Solvente + soluto). Así, la masa de solvente (Agua) es:
100g - 30g = 70g
Dado que la densidad del agua es de 1g/mL, 70g de agua ocupan 70mL.
Si el volumen se duplica, habrán 140mL de agua = 140g de solvente.
Así, la masa total de la solución será 30g + 140g = 170g y el porcentaje en masa será:
30g soluto / 170g solución × 100 =
<h3>17.6% en masa será la nueva concentración de la solución</h3>
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Explanation:
The thickness of the frosting Moving from boron to carbon, the intensity of the bulb blank because Z increases from blank to blank. The thickness of the frosting blank because the core electron configuration is the same for both atoms. because the core electron configuration is the same for both atoms.
