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In a gas welding of mild steel using an oxy-acetylene flame, the total amount of acetylene consumed is 10 litre. The oxygen consumption from the cylinder is
- a)5 litre
- b)10 litre
- c)15litre
- d)20 litre
Correct answer is option 'B'. Can you explain this answer?
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In a gas welding of mild steel using an oxy-acetylene flame, the total...
Gas Welding of Mild Steel
Gas welding of mild steel involves the use of an oxy-acetylene flame. The flame is produced by burning a mixture of oxygen and acetylene gases. The flame burns at a high temperature, which melts the metal, enabling it to be joined.
Total Amount of Acetylene Consumed
The total amount of acetylene consumed is given as 10 litres. This means that the volume of acetylene gas used in the welding process is 10 litres.
Oxygen Consumption
The oxygen consumption from the cylinder is the amount of oxygen gas used in the welding process. To determine the oxygen consumption, we need to know the ratio of oxygen to acetylene used in the welding process. This ratio is typically 1:1.
Therefore, the oxygen consumption from the cylinder is equal to the acetylene consumption, which is 10 litres. This means that the correct answer is option B, which states that the oxygen consumption from the cylinder is 10 litres.
Conclusion
Gas welding of mild steel using an oxy-acetylene flame involves the use of both oxygen and acetylene gases. The ratio of oxygen to acetylene used in the welding process is typically 1:1. The oxygen consumption from the cylinder is equal to the acetylene consumption. In this case, the total amount of acetylene consumed is 10 litres, so the oxygen consumption from the cylinder is also 10 litres.
Gas welding of mild steel involves the use of an oxy-acetylene flame. The flame is produced by burning a mixture of oxygen and acetylene gases. The flame burns at a high temperature, which melts the metal, enabling it to be joined.
Total Amount of Acetylene Consumed
The total amount of acetylene consumed is given as 10 litres. This means that the volume of acetylene gas used in the welding process is 10 litres.
Oxygen Consumption
The oxygen consumption from the cylinder is the amount of oxygen gas used in the welding process. To determine the oxygen consumption, we need to know the ratio of oxygen to acetylene used in the welding process. This ratio is typically 1:1.
Therefore, the oxygen consumption from the cylinder is equal to the acetylene consumption, which is 10 litres. This means that the correct answer is option B, which states that the oxygen consumption from the cylinder is 10 litres.
Conclusion
Gas welding of mild steel using an oxy-acetylene flame involves the use of both oxygen and acetylene gases. The ratio of oxygen to acetylene used in the welding process is typically 1:1. The oxygen consumption from the cylinder is equal to the acetylene consumption. In this case, the total amount of acetylene consumed is 10 litres, so the oxygen consumption from the cylinder is also 10 litres.
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In a gas welding of mild steel using an oxy-acetylene flame, the total amount of acetylene consumed is 10 litre. The oxygen consumption from the cylinder isa)5 litre b)10 litrec)15litre d)20 litre Correct answer is option 'B'. Can you explain this answer?
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