Molarity = (numer of mole solute) / (volume of the solution)
number of mole solute = mass solute/molar mass solute
Molarity =( mass solute/molar mass solute)/ (volume of the solution)=
= ( mass solute/((molar mass solute)*(volume of the solution))
If m is a mass of the solute, M is a molar mass a solute, V is a volume of the solution (we can think as a volume of water added).
Molarity = m/(M*V)
The answer is 4.89
The explanation:
when the Kb of ((HOC2H2)3N) = 5.9 x 10^-7
1- we can get the value of Ka from Kb:
when Ka = Kw / Kb
= 1 x 10^-14 / 5.9 x 10^-7
= 1.69 x 10^-8
2- now we will calculate the [H+] value:
when [H+] = √(Ka*[HA])
=√((1.69E-8)(0.010))
= 1.3 x 10^-5 M
3- the final step we will calculate the PH value from the value of [H+]:
PH = - ㏒ [H+]
= - ㏒ 1.3 x 10^-5
= 4.89
Answer:
tbh i dot know but i think its 6+3=5
Explanation:
idk
Answer:
They form crystals, they have really high boiling points, They have higher enthalpies of fusion and vaporize than an molecular compound, the are brittle
Explanation:
if you need any more help let me know, Im mia :)
