Answer:
Acids dissolve in water to produce a solution that tastes bitter.
Acids dissolve in water to produce a solution that reacts with metals to produce H2 gas.
Acids dissolve in water to produce a solution that cannot conduct electricity.
Acids dissolve in water to produce a solution that is slippery.
<span>d)Electrons need specific amounts of energy to "jump" off an atom and be emitted.</span>
Answer:
at P = 101 KPa ⇒ S = 2.1 g/L
Explanation:
Henry's law:
∴ K: Henry's constant
∴ <em>C</em> is the concentration ≡ Solubiluty (S)
∴ S = (8.4 g/L)*(Kg/1000 g)*(1000 L/m³) = 8.4 Kg/m³
∴ P = (404 KPa)*(1000 Pa/KPa) = 404000 Pa
∴ Pa = Kg/ms²
⇒ S = K(404000 Pa) = 8.4 Kg/m³
⇒ K = 2.079 E-5 s²/m².......the henry's constant for this gas
at P = 101 KPa = 101000 Pa
⇒ S = (2.079 E-5 s²/m²)*(101000 Kg/ms²)
⇒ S = 2.1 Kg/m³ = 2.1 g/L
C. the soda will squirt out because of increased agitation.