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Title: BTEC Applied Science Unit 14 Assignment 2
Description: Unit 14: Energy Changes, Sources And Applications – Assignment 2 Gas Laws Task 1 Boyles’ law: Carry out an experiment to measure the volume of a fixed mass of gas at a range of pressures. Draw a graph of volume against pressure and a graph of volume against 1/pressure. What conclusions can you draw from the graphs? This provides evidence for P2 Task 2 Use your findings about Boyle’s Law to explain the following: Your firm finds it more profitable to supply oxygen to hospitals in high pressure cylinders, rather than in atmospheric pressure cylinders. Why a plastic bottle manufacturer has to consider changes in air pressure when bottled water is sold at airports for use on airplanes. This provides evidence for P2 Task 3 Complete the question sheet on gas law calculations. This provides evidence for M2 Task 4 Explain the behaviour and response of a diesel engine in terms of temperature changes and the gas laws. This provides evidence for D1 Task 5 In a coal – fired power station, water is heated and the steam is used to drive the turbines. Describe in detail what happens to the water. You will need to consider energy changes due to the changes of state and what happens on a molecular level. This provides evidence for D1 Task 6 (a) Explain gas pressure in terms of kinetic energy of the molecules (Use the internet or Physics textbooks) (b) Explain how the fizzy drinks industry uses gas pressure to make drinks fizz when cans or bottles are opened. (c) Explain why gas pressure needs to be considered carefully by aircraft manufacturers when designing pressurized cabins. This provides evidence for D2 Exam board is Pearson ALL ASSIGNMENTS I HAVE UPLOADED ARE DISTINCTION GRADED.
Description: Unit 14: Energy Changes, Sources And Applications – Assignment 2 Gas Laws Task 1 Boyles’ law: Carry out an experiment to measure the volume of a fixed mass of gas at a range of pressures. Draw a graph of volume against pressure and a graph of volume against 1/pressure. What conclusions can you draw from the graphs? This provides evidence for P2 Task 2 Use your findings about Boyle’s Law to explain the following: Your firm finds it more profitable to supply oxygen to hospitals in high pressure cylinders, rather than in atmospheric pressure cylinders. Why a plastic bottle manufacturer has to consider changes in air pressure when bottled water is sold at airports for use on airplanes. This provides evidence for P2 Task 3 Complete the question sheet on gas law calculations. This provides evidence for M2 Task 4 Explain the behaviour and response of a diesel engine in terms of temperature changes and the gas laws. This provides evidence for D1 Task 5 In a coal – fired power station, water is heated and the steam is used to drive the turbines. Describe in detail what happens to the water. You will need to consider energy changes due to the changes of state and what happens on a molecular level. This provides evidence for D1 Task 6 (a) Explain gas pressure in terms of kinetic energy of the molecules (Use the internet or Physics textbooks) (b) Explain how the fizzy drinks industry uses gas pressure to make drinks fizz when cans or bottles are opened. (c) Explain why gas pressure needs to be considered carefully by aircraft manufacturers when designing pressurized cabins. This provides evidence for D2 Exam board is Pearson ALL ASSIGNMENTS I HAVE UPLOADED ARE DISTINCTION GRADED.
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Title: BTEC Applied Science Unit 14 Assignment 2
Description: Unit 14: Energy Changes, Sources And Applications – Assignment 2 Gas Laws Task 1 Boyles’ law: Carry out an experiment to measure the volume of a fixed mass of gas at a range of pressures. Draw a graph of volume against pressure and a graph of volume against 1/pressure. What conclusions can you draw from the graphs? This provides evidence for P2 Task 2 Use your findings about Boyle’s Law to explain the following: Your firm finds it more profitable to supply oxygen to hospitals in high pressure cylinders, rather than in atmospheric pressure cylinders. Why a plastic bottle manufacturer has to consider changes in air pressure when bottled water is sold at airports for use on airplanes. This provides evidence for P2 Task 3 Complete the question sheet on gas law calculations. This provides evidence for M2 Task 4 Explain the behaviour and response of a diesel engine in terms of temperature changes and the gas laws. This provides evidence for D1 Task 5 In a coal – fired power station, water is heated and the steam is used to drive the turbines. Describe in detail what happens to the water. You will need to consider energy changes due to the changes of state and what happens on a molecular level. This provides evidence for D1 Task 6 (a) Explain gas pressure in terms of kinetic energy of the molecules (Use the internet or Physics textbooks) (b) Explain how the fizzy drinks industry uses gas pressure to make drinks fizz when cans or bottles are opened. (c) Explain why gas pressure needs to be considered carefully by aircraft manufacturers when designing pressurized cabins. This provides evidence for D2 Exam board is Pearson ALL ASSIGNMENTS I HAVE UPLOADED ARE DISTINCTION GRADED.
Description: Unit 14: Energy Changes, Sources And Applications – Assignment 2 Gas Laws Task 1 Boyles’ law: Carry out an experiment to measure the volume of a fixed mass of gas at a range of pressures. Draw a graph of volume against pressure and a graph of volume against 1/pressure. What conclusions can you draw from the graphs? This provides evidence for P2 Task 2 Use your findings about Boyle’s Law to explain the following: Your firm finds it more profitable to supply oxygen to hospitals in high pressure cylinders, rather than in atmospheric pressure cylinders. Why a plastic bottle manufacturer has to consider changes in air pressure when bottled water is sold at airports for use on airplanes. This provides evidence for P2 Task 3 Complete the question sheet on gas law calculations. This provides evidence for M2 Task 4 Explain the behaviour and response of a diesel engine in terms of temperature changes and the gas laws. This provides evidence for D1 Task 5 In a coal – fired power station, water is heated and the steam is used to drive the turbines. Describe in detail what happens to the water. You will need to consider energy changes due to the changes of state and what happens on a molecular level. This provides evidence for D1 Task 6 (a) Explain gas pressure in terms of kinetic energy of the molecules (Use the internet or Physics textbooks) (b) Explain how the fizzy drinks industry uses gas pressure to make drinks fizz when cans or bottles are opened. (c) Explain why gas pressure needs to be considered carefully by aircraft manufacturers when designing pressurized cabins. This provides evidence for D2 Exam board is Pearson ALL ASSIGNMENTS I HAVE UPLOADED ARE DISTINCTION GRADED.