The diagram below shows the carbon cycle. Summarise the information by selecting and reporting the main features, and make comparisons where relevant. Carbon Dioxide Photosynthesis Pollution Respiration Feeding COMBUSTION ANIMALS PLANTS OCEAN Decomposition Sedimentation Extraction Fossilization FUELS (oll, coal & gas) FOSSILS (limestone & shells)
The first graph below shows the weight (in tones) of fruit produced by a farm during each month in 2013, and also the amount (in tones) of fertiliser used. The second graph shows the volume of rainfall in each month (in millimetres.) Write a report summarising the information. Select and describe the main features, and make comparisons where relevant.
The first graph below shows the weight (in tonnes) of fruit produced by a farm during each month in 2013, and also the amount (in tonnes) of fertilisers used. The second graph shows the volume of rainfall in each month (in millimetres).
The first graph below shows the weight (in tonnes ) of fruit produced by a farm during each month in 2013, and also the amount ( in tonnes ) of fertilizer used. The second graph shows the volume of rainfall in each month ( in millimeters.)
The diagram below shows the carbon cycle. Summarise the information by selecting and reporting the main features, and make comparisons where relevant. Carbon Dioxide in Atmosphere Pollution Respiration Feeding COMBUSTION ANIMALS OCEAN Decomposition Sedimentation Extraction Fossilization FUELS (oll, coal & gas) FOSSILS (limestone & shells)
The diagram illustrates the multitude of steps and equipment involved into cement making, it also showcases how it is used in concrete production for building purposes. Overall, there are several stages and tools which are used in this complex process. First of all, limestone and clay are crushed to get powder. Next, they are mixed before being put in a rotating heater. The mixture passes in a grinder to get thus the cement. This latter is put in bags to be stored and sold. In addition to this process, the figure highlights the method to manufacture another essential commodity in the building industry wish is concrete. Indeed, this material is composed from 15% of cement, 10% of water, 25% of sand and 50% of gravel. The all is mixed thanks to an adapted mixer in order to get the final goods. To conclude, we can notice that cement which is crucial in concrete making, is done through several steps and using numerous tools.
The first graph below shows the weight (in tonnes) of fruit produced by a farm during each month in 2013, and also the amount (in tonnes) of fertiliser used. The second graph shows the volume of rainfall in each month (in millimetres).
Advances in science and technology and other areas of society in the last 100 years have transformed the way we live as well as postponing the day we die. There is no better lime to be alive than now. To what extent do you agree or disagree with this opinion? Give reasons for your answer and include any relevant examples from your own knowledge or experience.
The table shows data about underground railway systems in six major cities with date opened, kilimetres of route and passenger numbers per year in millions. Summarise the information by selecting and reporting the main features, and make comparison where relevant.
The diagram illustrates the various stages and equipment involved in cement production and shows how cement is used in the concrete manufacturing process for construction purposes. Overall, both processes involve multiple steps and specialized tools. First, limestone and clay are crushed into a powder. This powder is then mixed and heated in a rotating kiln. Afterward, the mixture is ground into cement, which is packaged into bags for storage and sale. In addition to the cement-making process, the diagram highlights the steps involved in producing concrete, another essential material in the construction industry. Concrete is primarily composed of gravel, which makes up 50% of the mixture. Cement accounts for 15%, while sand and water represent 25% and 10% of the mix, respectively. All components are combined in a concrete mixer to produce the final product. In conclusion, cement, a key ingredient in concrete, is produced through a series of complex steps and requires various tools.
The diagram illustrates the multitude of steps and equipment involved into cement making, it also showcases how cement is used in concrete production for building purposes. Overall, there are several stages and tools which are used in this complex process. First of all, limestone and clay are crushed to get powder. Next, they are mixed before being put in a rotating heater. The mixture passes in a grinder to get thus the cement. This latter is put in bags to be stored and sold. In addition to this process, the figure highlights the method to manufacture another essential commodity in the building industry wish is concrete. Indeed, this material is composed from 15% of cement, 10% of water, 25% of sand and 50% of gravel. The all is mixed thanks to an adapted mixer in order to get the final goods.
The diagram illustrates the multitude of steps and equipment involved in cement making, it also showcases how it is used in concrete production for building purposes. Overall, there are several stages and tools which are used in this complex process. First of all, limestone and clay are crushed to get powder. Next, they are mixed before being put in a rotating heater. The mixture passes in a grinder to get thus the cement. This latter is put in bags to be stored and sold. In addition to this process, the figure highlights the method to manufacture another essential commodity in the building industry which is concrete. Indeed, the material is mainly composed by gravel that represents 50% of the total components. Furthermore, Cement represents 15% of the ingredients, plus 10% of water and 25% of sand. The all is mixed thanks to an adapted mixer in order to get the final goods. To conclude, we can notice that cement which is crucial in concrete making, is done through several steps and using numerous tools.