Bissoy.com
Doctors Medicines MCQs Q&A

A large cylindrical vessel was sealed in summer. What is likely to happen to it in winter?

A large cylindrical vessel was sealed in summer. What is likely to happen to it in winter? Correct Answer buckle end collapse

Explanation:

Let us assume that the cylindrical vessel is perfectly sealed, thus no mass can come in or gets out of the system.

Let us take a random temperature T°C to the air molecules present inside the sealed vessel. The sealed container will contain air and water vapor.

In winter depending on the temperature drop, water vapor condenses to water which occupies less volume than water vapor.

If we apply Ideal gas laws, as the temperature drops, simultaneously the pressure also gets reduced.

In certain situation, the inside pressure will get so much reduced that the difference in pressure creates a compression force in the sealed vessel and depending upon the material, dimension of sealed vessel, there is high chance that the vessel will buckle and gets collapsed.

Related Questions

The diagram shows the survey on a sample of 197 persons with reference to their preferences for three seasons that is winter, summer, and spring. 120 persons like spring season, 100 like Winter Season, and 90 like summer season. 50 persons like both spring and winter season only, 25 like both summer and winter season only, and 18 like both spring and summer season only. 10 persons like all three seasons. How many persons like only the winter season?
Each question below is followed by two statements I and II. You have to determine whether the data given in the statements are sufficient for answering the question. You should use the data and your knowledge of Mathematics to choose the best possible answer. What is the ratio of coconut oil and milk in the final beaker? If contents from four vessels poured in it. I. Vessel B has 10 ml more capacity than vessel A and the ratio of coconut oil and milk in vessel B is 2 ∶ 7. Vessel C has coconut oil and milk in the ratio 2 ∶ 3 and contains 38 ml more capacity than Vessel D II. Vessel A has milk and coconut oil in the ratio 3 ∶ 5. Vessel C has 12 ml more coconut oil than vessel D.
There are two vessels A and B. Vessel A is containing 60L of Pure milk and vessel B is containing 28L of pure water. From vessel A, 8L of milk is taken out and poured into vessel B. Then, 6L of mixture (milk and water) is taken out from vessel B and poured into vessel A. What is the ratio of the quantity milk in vessel A to the quantity of pure water in vessel B?
In the graph below, the concentration of a particular pollutant in a lake is plotted over (alternate) days of a month in winter (average temperature 10 °C) and a month in summer (average temperature 30 °C) Consider the following statements based on the data shown above: i) Over the given months, the difference between the maximum and the minimum pollutant concentrations is the same in both winter and summer. ii) There are at least four days in the winter month such that the pollutant concentration on those days are within 1 ppm of the pollutant concentrations on the corresponding days in the winter month. Which one of the following options is correct?
A conical vessel whose internal base radius is 18 cm and height 60 cm are full of a liquid. The entire liquid of the vessel is emptied into a cylindrical vessel with an internal radius of 15 cm. The height (in cm) to which the liquid rises in the cylindrical vessel is:
A conical vessel is full of water with radius 10 cm and height 54 cm. The water of the vessel poured into a cylindrical vessel having the base radius 15 cm. What will be the depth of the water in the cylindrical vessel? (Assume no water wasted)
A group of 463 people were asked to vote for their favourite season among four seasons(rainy, summer, spring and winter) Rainy season got 130 votes. whereas summer season got 100 votes. winter season got 53 more votes than summer season. Spring season got 80 votes. Which season is liked by most people?
A conical vessel, whose internal radius is 12 cm and height 50 cm is full of liquid. The contents are emptied into a cylindrical vessel with an internal radius 10 cm. Find the height to which the liquid rises in the cylindrical vessel.
An empty vessel was first filled with alcohol. When the vessel got 1/4th empty, it was filled with spirit. Again, when the vessel got 1/3rd empty, it was filled with alcohol. Again when the vessel got 1/5th empty, it was filled with spirit. Find the percentage of spirit in the vessel.
A vessel has 30 litres of mixture water and milk. The second vessel has 20 litres of mixed milk and water are in ratio 3 : 2 respectively. How much milk present in the first vessel if the water present in the first vessel is 50% more than the milk present in the second vessel?