Category: Chemistry

Volumes from Concentrations & Moles 2

0

Volumes from Concentrations & Moles 2

1 / 10

Calculate the volume of solution in cm3 that would contain 0.450 mol of Ag+ ions if the concentration of the solution is 0.400 mol cm-3

2 / 10

Calculate the volume of solution in cm3 that would contain 0.300 mol of NaBr if the concentration of the solution is 2.00 mol cm-3

3 / 10

Calculate the volume of solution in cm3 that would contain 0.400 mol of copper (II) sulfate if the concentration of the solution is 1.10 mol cm-3

4 / 10

Calculate the volume of solution in cm3 that would contain 0.128 mol of MgCl2 if the concentration of the solution is 0.400 mol cm-3

5 / 10

Calculate the volume of solution in cm3 that would contain 1.12 mol of ammonia if the concentration of the solution is 6.50 mol cm-3

6 / 10

Calculate the volume of solution in dm3 that would contain 0.300 mol of H+ ions if the concentration of the solution is 2.00 mol dm-3

7 / 10

Calculate the volume of solution in dm3 that would contain 0.400 mol of copper (II) sulfate if the concentration of the solution is 1.10 mol dm-3

8 / 10

Calculate the volume of solution in dm3 that would contain 0.120 mol of MgCl2 if the concentration of the solution is 0.400 mol dm-3

9 / 10

Calculate the volume of solution in dm3 that would contain 1.30 mol of ammonia if the concentration of the solution is 6.50 mol dm-3

10 / 10

Calculate the volume of solution in dm3 that would contain 0.800 mol of sulfuric acid if the concentration of the solution is 0.200 mol dm-3

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Volumes from Concentrations & Moles 1

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Volumes from Concentrations & Moles 1

1 / 10

Calculate the volume of solution in cm3 that would contain 0.0100 mol of manganate (VII) ions if the concentration of the solution is 0.0400 mol cm-3

2 / 10

Calculate the volume of solution in cm3 that would contain 0.150 mol of chlorate (I) ions if the concentration of the solution is 0.150 mol cm-3

3 / 10

Calculate the volume of solution in cm3 that would contain 0.750 mol of sodium hydroxide if the concentration of the solution is 6.00 mol cm-3

4 / 10

Calculate the volume of solution in cm3 that would contain 0.00600 mol of KCN if the concentration of the solution is 0.00800 mol cm-3

5 / 10

Calculate the volume of solution in cm3 that would contain 0.300 mol of hydrochloric acid if the concentration of the solution is 1.30 mol cm-3

6 / 10

Calculate the volume of solution in dm3 that would contain 0.200 mol of iron (II) nitrate if the concentration of the solution is 0.800 mol dm-3

 

7 / 10

Calculate the volume of solution in dm3 that would contain 0.200 mol of NO3- ions if the concentration of the solution is 1.85 mol dm-3

8 / 10

Calculate the volume of solution in dm3 that would contain 5.00 mol of glucose if the concentration of the solution is 2.50 mol dm-3

 

9 / 10

Calculate the volume of solution in dm3 that would contain 0.100 mol of KI if the concentration of the solution is 0.125 mol dm-3

10 / 10

Calculate the volume of solution in dm3 that would contain 0.500 mol of NaCl if the concentration of the solution is 2.00 mol dm-3

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Moles from Concentrations & Volume 2

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Moles from Concentrations & Volumes 2

1 / 10

Calculate the number of moles of iron (III) nitate in a solution of volume 3.85 dm3 and a concentration of 2.05 mol dm-3

2 / 10

Calculate the number of moles of copper(II) chloride in a solution of volume 1.25 dm3 and a concentration of 1.05 mol dm-3

3 / 10

Calculate the number of moles of potassium chloride in a solution of volume 0.850 dm3 and a concentration of 0.0125 mol dm-3

4 / 10

Calculate the number of moles of silver nitrate in a solution of volume 1.10 dm3 and a concentration of 1.30 mol dm-3

5 / 10

Calculate the number of moles of saoium chloric (I) in a solution of volume 8.55 dm3 and a concentration of 0.240 mol dm-3

6 / 10

Calculate the number of moles of potassium dichromate (VI) in a solution of volume 750.00 cm3 and a concentration of 6.00 mol dm-3

7 / 10

Calculate the number of moles of hydrofluoric acid in a solution of volume 22.45 cm3 and a concentration of 0.250 mol dm-3

8 / 10

Calculate the number of moles of sucrose in a solution of volume 16.25 cm3 and a concentration of 0.100 mol dm-3

9 / 10

Calculate the number of moles of KI in a solution of volume 320.00 cm3 and a concentration of 0.150 mol dm-3

10 / 10

Calculate the number of moles of NaOH in a solution of volume 25.55 cm3 and a concentration of 1.00 mol dm-3

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Moles from Concentrations & Volume 1

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Moles from Concentrations & Volumes 1

1 / 10

Calculate the number of moles of iron (II) sulfate heptahydrate in a solution of volume 5.50 dm3 and a concentration of 2.05 mol dm-3

2 / 10

Calculate the number of moles of copper(II) sulfate in a solution of volume 2.80 dm3 and a concentration of 1.05 mol dm-3

3 / 10

Calculate the number of moles of potassium chloride in a solution of volume 0.90 dm3 and a concentration of 0.0125 mol dm-3

4 / 10

Calculate the number of moles of sucrose in a solution of volume 2.10 dm3 and a concentration of 1.30 mol dm-3

5 / 10

Calculate the number of moles of sulfuric acid in a solution of volume 10.00 dm3 and a concentration of 0.240 mol dm-3

6 / 10

Calculate the number of moles of nitric acid in a solution of volume 500.00 cm3 and a concentration of 6.00 mol dm-3

7 / 10

Calculate the number of moles of hydrochloric acid in a solution of volume 19.50 cm3 and a concentration of 0.250 mol dm-3

8 / 10

Calculate the number of moles of glucose in a solution of volume 22.85 cm3 and a concentration of 0.100 mol dm-3

9 / 10

Calculate the number of moles of NaCl in a solution of volume 250.00 cm3 and a concentration of 0.150 mol dm-3

10 / 10

Calculate the number of moles of LiOH in a solution of volume 25.00 cm3 and a concentration of 1.00 mol dm-3

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Volume Calculation for Ideal Gases – Random

1

Volume Calculations for Ideal Gases - Random

1 / 10

Calculate the volume of gas (in dm3) of 1.20 mol of sulfur hexafluoride if the gas is at a temperature of 750K and a pressure of 150kPa

2 / 10

Calculate the volume of gas (in cm3) of 0.0500 mol of neon if the gas is at a temperature of 273K and a pressure of 505000Pa

3 / 10

Calculate the volume of gas (in cm3) of 0.150 mol of nitrogen if the gas is at a temperature of 750K and a pressure of 150kPa

4 / 10

Calculate the volume of gas (in m3) of 30.0 mol of hydrogen chloride if the gas is at a temperature of 650K and a pressure of 10.0kPa

5 / 10

Calculate the volume of gas (in m3) of 2.00 mol of propabne if the gas is at a temperature of 0oC and a pressure of 50.0kPa

6 / 10

Calculate the volume of gas (in cm3) of 0.175 mol of hydrogen if the gas is at a temperature of 527oC and a pressure of 1000000Pa

7 / 10

Calculate the volume of gas (in m3) of 1.00 mol of propabne if the gas is at a temperature of 25oC and a pressure of 101kPa

8 / 10

Calculate the volume of gas (in dm3) of 0.400 mol of neon if the gas is at a temperature of 0oC and a pressure of 50.0kPa

9 / 10

Calculate the volume of gas (in cm3) of 0.00250 mol of neon if the gas is at a temperature of 473K and a pressure of 150000Pa

10 / 10

Calculate the volume of gas (in m3) of 0.500 mol of carbon dioxide if the gas is at a temperature of 100oC and a pressure of 7000Pa

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Volume Calculation for Ideal Gases 3

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Volume Calculations for Ideal Gases 3

1 / 12

Calculate the volume of gas (in cm3) of 0.0125 mol of gaseous ammonia if the gas is at a temperature of 100oC and a pressure of 202kPa

2 / 12

Calculate the volume of gas (in dm3) of 0.400 mol of neon if the gas is at a temperature of 0oC and a pressure of 50.0kPa

3 / 12

Calculate the volume of gas (in m3) of 0.500 mol of propabne if the gas is at a temperature of 100oC and a pressure of 5.00kPa

4 / 12

Calculate the volume of gas (in cm3) of 0.150 mol of nitrogen if the gas is at a temperature of 750K and a pressure of 150kPa

5 / 12

Calculate the volume of gas (in dm3) of 1.20 mol of sulfur hexafluoride if the gas is at a temperature of 750K and a pressure of 150kPa

6 / 12

Calculate the volume of gas (in m3) of 0.800 mol of hydrogen chloride if the gas is at a temperature of 298K and a pressure of 0.200kPa

7 / 12

Calculate the volume of gas (in cm3) of 0.175 mol of hydrogen if the gas is at a temperature of 527oC and a pressure of 1000000Pa

8 / 12

Calculate the volume of gas (in dm3) of 0.100 mol of neon if the gas is at a temperature of 1727oC and a pressure of 250000Pa

9 / 12

Calculate the volume of gas (in m3) of 0.100 mol of carbon dioxide if the gas is at a temperature of 200oC and a pressure of 150000Pa

10 / 12

Calculate the volume of gas (in cm3) of 0.0125 mol of neon if the gas is at a temperature of 373K and a pressure of 202000Pa

11 / 12

Calculate the volume of gas (in dm3) of 1.40 mol of helium if the gas is at a temperature of 3000K and a pressure of 1000000Pa

12 / 12

Calculate the volume of gas (in m3) of 0.100 mol of hydrogen if the gas is at a temperature of 473K and a pressure of 150000Pa

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Volume Calculation for Ideal Gases 2

0

Volume Calculations for Ideal Gases 2

1 / 12

Calculate the volume of gas (in cm3) of 0.025 mol of gaseous ammonia if the gas is at a temperature of 25oC and a pressure of 101kPa

2 / 12

Calculate the volume of gas (in dm3) of 0.200 mol of neon if the gas is at a temperature of 25oC and a pressure of 101kPa

 

3 / 12

Calculate the volume of gas (in m3) of 1.00 mol of propabne if the gas is at a temperature of 25oC and a pressure of 101kPa

4 / 12

Calculate the volume of gas (in cm3) of 0.175 mol of nitrogen if the gas is at a temperature of 800K and a pressure of 1000kPa

5 / 12

Calculate the volume of gas (in dm3) of 1.40 mol of sulfur hexafluoride if the gas is at a temperature of 3000K and a pressure of 1000kPa

6 / 12

Calculate the volume of gas (in m3) of 30.0 mol of hydrogen chloride if the gas is at a temperature of 650K and a pressure of 10.0kPa

7 / 12

Calculate the volume of gas (in cm3) of 0.0500 mol of hydrogen if the gas is at a temperature of 0oC and a pressure of 505000Pa

8 / 12

Calculate the volume of gas (in dm3) of 0.100 mol of neon if the gas is at a temperature of 100oC and a pressure of 6000Pa

9 / 12

Calculate the volume of gas (in m3) of 0.500 mol of carbon dioxide if the gas is at a temperature of 100oC and a pressure of 7000Pa

10 / 12

Calculate the volume of gas (in cm3) of 0.00250 mol of neon if the gas is at a temperature of 473K and a pressure of 150000Pa

11 / 12

Calculate the volume of gas (in dm3) of 1.00 mol of helium if the gas is at a temperature of 2200K and a pressure of 250000Pa

12 / 12

Calculate the volume of gas (in m3) of 0.500 mol of hydrogen if the gas is at a temperature of 373K and a pressure of 5000Pa

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Volume Calculation for Ideal Gases 1

0

Volume Calculations for Ideal Gases 1

1 / 12

Calculate the volume of gas (in dm3) of 2.00 mol of gaseous ammonia if the gas is at a temperature of 1000K and a pressure of 75000Pa

2 / 12

Calculate the volume of gas (in cm3) of 0.0500 mol of neon if the gas is at a temperature of 50oC and a pressure of 505kPa

3 / 12

Calculate the volume of gas (in m3) of 2.00 mol of propabne if the gas is at a temperature of 0oC and a pressure of 50.0kPa

4 / 12

Calculate the volume of gas (in cm3) of 0.0500 mol of nitrogen if the gas is at a temperature of 273K and a pressure of 505kPa

5 / 12

Calculate the volume of gas (in dm3) of 0.400 mol of sulfur hexafluoride if the gas is at a temperature of 273K and a pressure of 40.0kPa

6 / 12

Calculate the volume of gas (in m3) of 7.00 mol of hydrogen chloride if the gas is at a temperature of 3000K and a pressure of 1000kPa

7 / 12

Calculate the volume of gas (in cm3) of 0.0250 mol of hydrogen if the gas is at a temperature of 25oC and a pressure of 101000Pa

8 / 12

Calculate the volume of gas (in dm3) of 0.400 mol of neon if the gas is at a temperature of 0oC and a pressure of 60000Pa

9 / 12

Calculate the volume of gas (in m3) of 2.00 mol of carbon dioxide if the gas is at a temperature of 0oC and a pressure of 50000Pa

10 / 12

Calculate the volume of gas (in cm3) of 0.0500 mol of neon if the gas is at a temperature of 273K and a pressure of 505000Pa

11 / 12

Calculate the volume of gas (in dm3) of 0.400 mol of helium if the gas is at a temperature of 273K and a pressure of 50000Pa

12 / 12

Calculate the volume of gas (in m3) of 1.00 mol of hydrogen if the gas is at a temperature of 298K and a pressure of 101000Pa

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Temperature Calculation for Ideal Gases – Random

0

Temperature calculation for ideal gases - Random

1 / 10

Calculate the temperature of a sample of water vapour (in K) if 0.180 mol of water vapour has a volume of 3000cm3 and is at a pressure of 250kPa

2 / 10

Calculate the temperature of a sample of hydrogen chloride (in oC) if 0.255 mol of hydrogen chloride has a volume of 190cm3 and is at a pressure of 1000kPa

3 / 10

Calculate the temperature of a sample of butane (in K) if 0.200 mol of butane has a volume of 879cm3 and is at a pressure of 700000Pa

4 / 10

Calculate the temperature of a sample of hydrogen (in K) if 1.00 mol of hydrogen has a volume of 24.0dm3 and is at a pressure of 101000Pa

5 / 10

Calculate the temperature of a sample of fluorine (in oC) if 0.800 mol of fluorine has a volume of 3170dm3 and is at a pressure of 0.2kPa

6 / 10

Calculate the temperature of a sample of water vapour (in K) if 5.00 mol of water vapour has a volume of 103dm3 and is at a pressure of 250kPa

7 / 10

Calculate the temperature of a sample of sulfur hexafluoride (in K) if 0.105 mol of sulfur hexafluoride has a volume of 6000cm3 and is at a pressure of 120000Pa

 

8 / 10

Calculate the temperature of a sample of neon (in K) if 2.00 mol of neon has a volume of 24.00dm3 and is at a pressure of 50000Pa

9 / 10

Calculate the temperature of a sample of carbon dioxide (in K) if 0.500 mol of carbon dioxide has a volume of 17.8dm3 and is at a pressure of 50000Pa

10 / 10

Calculate the temperature of a sample of oxygen (in oC) if 0.900 mol of oxygen has a volume of 9800cm3 and is at a pressure of 900000Pa

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Temperature Calculation for Ideal Gases 3

1

Temperature calculation for ideal gases 3

1 / 10

Calculate the temperature of a sample of sulfur hexafluoride (in oC) if 0.105 mol of sulfur hexafluoride has a volume of 6000cm3 and is at a pressure of 120000Pa

2 / 10

Calculate the temperature of a sample of butane (in oC) if 2.88 mol of butane has a volume of 345dm3 and is at a pressure of 190000Pa

3 / 10

Calculate the temperature of a sample of butane (in oC) if 2.88 mol of butane has a volume of 345dm3 and is at a pressure of 190000Pa

4 / 10

Calculate the temperature of a sample of water vapour (in K) if 5.00 mol of water vapour has a volume of 103dm3 and is at a pressure of 250kPa

5 / 10

Calculate the temperature of a sample of sulfur hexafluoride (in K) if 0.105 mol of sulfur hexafluoride has a volume of 6000cm3 and is at a pressure of 120000Pa

 

6 / 10

Calculate the temperature of a sample of methane (in K) if 6.00 mol of methane has a volume of 34.2dm3 and is at a pressure of 150000Pa

7 / 10

Calculate the temperature of a sample of nitrogen (in oC) if 0.118 mol of nitrogen has a volume of 1700cm3 and is at a pressure of 192kPa

8 / 10

Calculate the temperature of a sample of oxygen (in oC) if 0.900 mol of oxygen has a volume of 9800cm3 and is at a pressure of 900000Pa

9 / 10

Calculate the temperature of a sample of hydrogen chloride (in K) if 7.00 mol of hydrogen chloride has a volume of 71.6dm3 and is at a pressure of 1000kPa

10 / 10

Calculate the temperature of a sample of fluorine (in oC) if 0.800 mol of fluorine has a volume of 3170dm3 and is at a pressure of 0.2kPa

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