Entries by Hannah Wangui

11.Calculate the number of Li atoms (NLi) in 9.5 mol of Li. 2.Calculate the number of CO2 molecules (NCO2) in 0.0196 mol of CO2. 3.Calculate the number of moles of Cu (nCu) in 5.7×1021 atoms of Cu. 4.Calculate the number of moles of C2H6 (nC2H6) in 4.15×1023 molecules of C2H6. 5.How many moles of C are present in 0.746 mol of Benadryl? 6.How many moles of H are present in 2.25 mol of Benadryl? 7.How many moles of N are present in 1.64 mol of Benadryl?2.Calculate the number of CO2 molecules (NCO2) in 0.0196 mol of CO2. 3.Calculate the number of moles of Cu (nCu) in 5.7×1021 atoms of Cu. 4.Calculate the number of moles of C2H6 (nC2H6) in 4.15×1023 molecules of C2H6. 5.How many moles of C are present in 0.746 mol of Benadryl? 6.How many moles of H are present in 2.25 mol of Benadryl? 7.How many moles of N are present in 1.64 mol of Benadryl?

August 20, 2019 in /by

1.Calculate the number of Li atoms (NLi) in 9.5 mol of Li.2.Calculate the number of CO2 molecules (NCO2) in 0.0196 mol of CO2. 3.Calculate the number of moles of Cu (nCu) in 5.7×1021 atoms of Cu. 4.Calculate the number of moles of C2H6 (nC2H6) in 4.15×1023 molecules of C2H6. 5.How many moles of C are […]

 

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How many grams of acrylonitrile (C3H6N) are obtained from 651 kg of propylene (C3H6)? 4 C3H6 + 6 NO → 4C3H3N + 6 H2O + N2 2.05 x 105 g 822000 g 3.29 x 106 g 15500 g 1.23 x 106 g 4 C3H6 + 6 NO → 4C3H3N + 6 H2O + N2 2.05 x 105 g 822000 g 3.29 x 106 g 15500 g 1.23 x 106 g

August 20, 2019 in /by

How many grams of acrylonitrile (C3H6N) are obtained from 651 kg of propylene (C3H6)?4 C3H6 + 6 NO → 4C3H3N + 6 H2O + N2 2.05 x 105 g 822000 g 3.29 x 106 g 15500 g 1.23 x 106 g   Looking for a Similar Assignment? Order now and Get 10% Discount! Use Coupon Code “Newclient”

 

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Octane has a density of 0.702 g/mL. Which of these objects will float in octane? Object I: mass = 1.1kg; volume= 3.2 L Object II: mass = 55.3 g, volume = 95.0 mL Object III: mass = 23.3 g, volume = 31.0 mL III I I and III I, II, and III I and II Object I: mass = 1.1kg; volume= 3.2 L Object II: mass = 55.3 g, volume = 95.0 mL Object III: mass = 23.3 g, volume = 31.0 mL III I I and III I, II, and III I and II

August 20, 2019 in /by

Octane has a density of 0.702 g/mL. Which of these objects will float in octane?Object I: mass = 1.1kg; volume= 3.2 L Object II: mass = 55.3 g, volume = 95.0 mL Object III: mass = 23.3 g, volume = 31.0 mL III I I and III I, II, and III I and II   Looking for a Similar Assignment? Order now […]

 

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Octane has a density of 0.702 g/mL. Which of these objects will float in octane? Object I: mass = 1.1kg; volume= 3.2 L Object II: mass = 55.3 g, volume = 95.0 mL Object III: mass = 23.3 g, volume = 31.0 mL III I I and III I, II, and III I and II

August 20, 2019 in /by

Octane has a density of 0.702 g/mL. Which of these objects will float in octane?Object I: mass = 1.1kg; volume= 3.2 L Object II: mass = 55.3 g, volume = 95.0 mL Object III: mass = 23.3 g, volume = 31.0 mL III I I and III I, II, and III I and II   Looking for a Similar Assignment? Order now […]

 

Looking for a Similar Assignment? Order now and Get 10% Discount! Use Coupon Code "Newclient"