Ionic compounds also have higher melting and boiling points than covalent compounds, this proves that ionic compounds are stronger than covalent compounds. This is true in general, but there are exceptions where covalent bonds are stronger.
Whether one is versed in mathematics or physics, or knows nothing of the vocabulary of maths, everyone knows Albert Einstein's famous formula: E = mc². This formula, which illustrates the theory of relativity (restricted relativity and general relativity) revolutionised our understanding of physics up to that point
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Ionic compounds also have higher melting and boiling points than covalent compounds, this proves that ionic compounds are stronger than covalent compounds. This is true in general, but there are exceptions where covalent bonds are stronger.
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Whether one is versed in mathematics or physics, or knows nothing of the vocabulary of maths, everyone knows Albert Einstein's famous formula: E = mc². This formula, which illustrates the theory of relativity (restricted relativity and general relativity) revolutionised our understanding of physics up to that point
{hi i wanted to tell you that I'll be able to talk with u in Wha>tsApp when I'll be talking to u in brainly:)}