The strength of metallic bonds is dependent on the protons, delocalized electrons and ions.
The strength of a metallic bond is dependent on:
- The number of protons: The higher the number of protons the more stronger the bond.
- Delocalized electrons: The higher the number of delocalized electrons the more the stronger the bond.
- Ion: The smaller the size of the ion, the stronger the bond.
The strength of metallic bonds is dependent on the protons, delocalized electrons and ions.
Find out more at: brainly.com/question/23737630
Eg: 2H2 + O2 ➡ 2H2O
This shows that sum of reproducts = sum of products.
Therefore, mass is conserved.
I hope this helps you.
CₓHₐ + (x+a/4)O₂ = xCO₂ + a/2H₂O
n(CO₂)=4.69 mg/44.01 mg/mmol = 0.1066 mmol
n(H₂O)=1.10 mg/18.02 mg/mmol = 0.06104 mmol
C : H = 0.1066 : 0.06104*2 = 0.1066 : 0.12208 = 1 : 1.1453 = 7 : 8
C₇H₈ + 9O₂ = 7CO₂ + 4H₂O
C₇H₈
The answer is a graduated cylinder
