![The ideal gas equation. Room temperature and pressure, RTP Limitations At RTP, 1 mol of gas molecules occupies 24.0 dm 3 Conditions are not always room. - ppt download The ideal gas equation. Room temperature and pressure, RTP Limitations At RTP, 1 mol of gas molecules occupies 24.0 dm 3 Conditions are not always room. - ppt download](https://images.slideplayer.com/27/9036131/slides/slide_3.jpg)
The ideal gas equation. Room temperature and pressure, RTP Limitations At RTP, 1 mol of gas molecules occupies 24.0 dm 3 Conditions are not always room. - ppt download
![1:35 (Triple only) understand how to carry out calculations involving gas volumes and the molar volume of a gas (24dm³ and 24,000cm³ at room temperature and pressure (rtp)) - TutorMyself Chemistry 1:35 (Triple only) understand how to carry out calculations involving gas volumes and the molar volume of a gas (24dm³ and 24,000cm³ at room temperature and pressure (rtp)) - TutorMyself Chemistry](https://www.tutormyself.com/wp-content/uploads/img_566d5290453fc.png)
1:35 (Triple only) understand how to carry out calculations involving gas volumes and the molar volume of a gas (24dm³ and 24,000cm³ at room temperature and pressure (rtp)) - TutorMyself Chemistry
SAMPLE CALCULATIONS for STP and RTP ANSWER KEY Watch your sig figs! 1. How many moles of ozone occupy a volume of 3.36 L at STP
![The ideal gas equation. Room temperature and pressure, RTP Limitations At RTP, 1 mol of gas molecules occupies 24.0 dm 3 Conditions are not always room. - ppt download The ideal gas equation. Room temperature and pressure, RTP Limitations At RTP, 1 mol of gas molecules occupies 24.0 dm 3 Conditions are not always room. - ppt download](https://images.slideplayer.com/27/9036131/slides/slide_2.jpg)
The ideal gas equation. Room temperature and pressure, RTP Limitations At RTP, 1 mol of gas molecules occupies 24.0 dm 3 Conditions are not always room. - ppt download
![The ideal gas equation. Room temperature and pressure, RTP Limitations At RTP, 1 mol of gas molecules occupies 24.0 dm 3 Conditions are not always room. - ppt download The ideal gas equation. Room temperature and pressure, RTP Limitations At RTP, 1 mol of gas molecules occupies 24.0 dm 3 Conditions are not always room. - ppt download](https://images.slideplayer.com/27/9036131/slides/slide_5.jpg)
The ideal gas equation. Room temperature and pressure, RTP Limitations At RTP, 1 mol of gas molecules occupies 24.0 dm 3 Conditions are not always room. - ppt download
![Given the equation for reaction below Calculate (i) Volume of chlorine at ( r.t.p) required to react with 3g of Aluminium (Molar gas volume at r.t.p =... Given the equation for reaction below Calculate (i) Volume of chlorine at ( r.t.p) required to react with 3g of Aluminium (Molar gas volume at r.t.p =...](https://www.kenyaplex.com/questions/uploads/5212019931.png)
Given the equation for reaction below Calculate (i) Volume of chlorine at ( r.t.p) required to react with 3g of Aluminium (Molar gas volume at r.t.p =...
![The ideal gas equation. Room temperature and pressure, RTP Limitations At RTP, 1 mol of gas molecules occupies 24.0 dm 3 Conditions are not always room. - ppt download The ideal gas equation. Room temperature and pressure, RTP Limitations At RTP, 1 mol of gas molecules occupies 24.0 dm 3 Conditions are not always room. - ppt download](https://images.slideplayer.com/27/9036131/slides/slide_4.jpg)
The ideal gas equation. Room temperature and pressure, RTP Limitations At RTP, 1 mol of gas molecules occupies 24.0 dm 3 Conditions are not always room. - ppt download
![Calculate the volume of carbon(IV)oxide at r.t.p produced when 5.0 g of calcium carbonate is strongly heated.(Ca=40.0, C= 12.0,O = 16.0,1 mole of gas =22.4... Calculate the volume of carbon(IV)oxide at r.t.p produced when 5.0 g of calcium carbonate is strongly heated.(Ca=40.0, C= 12.0,O = 16.0,1 mole of gas =22.4...](https://www.kenyaplex.com/questions/uploads/gav11522019355.png)
Calculate the volume of carbon(IV)oxide at r.t.p produced when 5.0 g of calcium carbonate is strongly heated.(Ca=40.0, C= 12.0,O = 16.0,1 mole of gas =22.4...
![molar gas volume Avogadro's Law moles and mass calculations gcse chemistry calculations igcse KS4 science A level GCE AS A2 O Level practice questions exercises molar gas volume Avogadro's Law moles and mass calculations gcse chemistry calculations igcse KS4 science A level GCE AS A2 O Level practice questions exercises](https://www.docbrown.info/page04/4_73calcs/molegasvol.gif)