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A GIANT COVALENT structure is hard to melt because... [BOTH of these] there are many strong BONDS that must be broken they do not ABSORE HEAT energy [NEITHER of these]

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A GIANT COVALENT structure is hard to melt because...
[BOTH of these]
there are many strong BONDS that must
be broken
they do not ABSORE HEAT energy
[NEITHER of these]

A GIANT COVALENT structure is hard to melt because... [BOTH of these] there are many strong BONDS that must be broken they do not ABSORE HEAT energy [NEITHER of these]

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SionedElite · Tutor for 8 years

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[BOTH of these] there are many strong BONDS that must be broken

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## Step 1: Understanding the properties of a giant covalent structure<br />A giant covalent structure, such as diamond or silicon dioxide, is hard to melt because of the many strong covalent bonds that must be broken. These bonds hold the atoms tightly together in a rigid lattice structure, requiring a large amount of energy to break them apart.<br /><br />### \( \textbf{Giant covalent structures \rightarrow many strong bonds \rightarrow high melting points} \)<br /><br />## Step 2: Analyzing the heat absorption statement<br />The statement "they do not absorb heat energy" is incorrect. All substances, including giant covalent structures, absorb heat energy. It's the absorption of this energy that leads to an increase in kinetic energy of the particles, causing them to vibrate more and eventually break the bonds holding them together when the substance melts.<br /><br />### \( \textbf{All substances \rightarrow absorb heat energy \rightarrow increase in kinetic energy} \)
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