Although LDPE (low-density) and HDPE (high-density) are both thermoplastic ethylene polymers, they differ in several properties. For instance, LDPE has a lower density, strength, and temperature resistance than HDPE. Which one below could be the reason for this behavior? * Intermolecular forces in LDPE chains are stronger than HDPE. O All of them. LDPE has more crystallinity than HDPE LDPE is more branched and thus less linear than HPDE.

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Although LDPE (low-density) and
HDPE (high-density) are both
thermoplastic ethylene polymers, they
differ in several properties. For
instance, LDPE has a lower density,
strength, and temperature resistance
than HDPE. Which one below could be
the reason for this behavior? *
Intermolecular forces in LDPE chains
are stronger than HDPE.
All of them.
LDPE has more crystallinity than HDPE
LDPE is more branched and thus less
linear than HPDE.
Transcribed Image Text:Although LDPE (low-density) and HDPE (high-density) are both thermoplastic ethylene polymers, they differ in several properties. For instance, LDPE has a lower density, strength, and temperature resistance than HDPE. Which one below could be the reason for this behavior? * Intermolecular forces in LDPE chains are stronger than HDPE. All of them. LDPE has more crystallinity than HDPE LDPE is more branched and thus less linear than HPDE.
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