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Using the provided key and models, write the word and chemical equations for the given reactions.
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Step-by-step solution
4 stepshere are the complete solutions for deciphering the equations:
Part a· 1 step
Identify reactants and products from the model using the key.
Reactants: One black circle (Carbon, C) and two molecules of two white circles (Hydrogen, 2H₂).
Products: One molecule of one black circle bonded to four white circles (Methane, CH₄).
Part a(i)
Word equation
Carbon + Hydrogen → Methane
Part a(ii)
Chemical equation
Part b· 1 step
Identify reactants and products from the model using the key.
Reactants: One green circle (Chlorine, Cl) and one molecule of one purple circle bonded to four white circles (Potassium tetrahydride, KH₄).
Products: One molecule of one green circle bonded to two white circles (Dihydrogen chloride, ClH₂), one molecule of one purple circle bonded to two white circles (Potassium dihydride, KH₂), and two separate white circles (Hydrogen atoms, 2H).
Part b(i)
Word equation
Chlorine + Potassium tetrahydride → Dihydrogen chloride + Potassium dihydride + Hydrogen atoms
Part b(ii)
Chemical equation
Part c· 1 step
Identify reactants and products from the model using the key.
Reactants: One molecule of one black circle bonded to four white circles (Methane, CH₄) and two molecules of two red circles bonded together (Oxygen, 2O₂).
Products: One molecule of one black circle bonded to two red circles (Carbon dioxide, CO₂) and two molecules of one red circle bonded to two white circles (Water, 2H₂O).
Part c(i)
Word equation
Methane + Oxygen → Carbon dioxide + Water
Part c(ii)
Chemical equation
Part d· 1 step
Identify reactants and products from the model using the key.
Reactants: Two molecules of two red circles bonded together (Oxygen, 2O₂) and two molecules of two green circles bonded together (Chlorine, 2Cl₂).
Products: Four molecules of one green circle bonded to one red circle (Chlorine monoxide, 4ClO).
Part d(i)
Word equation
Oxygen + Chlorine → Chlorine monoxide
Part d(ii)
Chemical equation
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