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Qmechanic ♦
Qmechanic ♦
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I found that capillary tubes in refrigeration system are tubes with very small diameter and very long length. Pressure drops down suddenly due to very small diameter of the capillary and length. The smaller the diameter and longer the length of the capillary, more the drop in pressure.

I am not from mechanical stream, I am just trying to learn.

If capillary tube inlet is $1$ atm pressure, can we achieve dropping the pressure to the perfect vacuum??

If anything wrong correct me??

I found that capillary tubes in refrigeration system are tubes with very small diameter and very long length. Pressure drops down suddenly due to very small diameter of the capillary and length. The smaller the diameter and longer the length of the capillary, more the drop in pressure.

I am not from mechanical stream, I am just trying to learn.

If capillary tube inlet is $1$ atm pressure, can we achieve dropping the pressure to the perfect vacuum??

If anything wrong correct me??

I found that capillary tubes in refrigeration system are tubes with very small diameter and very long length. Pressure drops down suddenly due to very small diameter of the capillary and length. The smaller the diameter and longer the length of the capillary, more the drop in pressure.

I am not from mechanical stream, I am just trying to learn.

If capillary tube inlet is $1$ atm pressure, can we achieve dropping the pressure to the perfect vacuum?

If anything wrong correct me?

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edit approved Jun 26, 2019 at 15:45
MarianD
edit approved Jun 26, 2019 at 15:45
MarianD
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I found that capillary tubes in refrigrationrefrigeration system are tubes with very small diameter and very long length. pressurePressure drops down suddenly due to very small diameter of the capillary and length. Smaller isThe smaller the diameter and more islonger the length of the capillary, more is the drop in pressure.

I am not from mechanical stream, iI am just trying to learn.

If capillary tube inlet is 1$1$ atm pressure, can we achiveachieve dropping the pressure drop to the perfect vacuum?? If

If anything wrong correct me??

I found that capillary tubes in refrigration system are tubes with very small diameter and very long length. pressure drops down suddenly due to very small diameter of the capillary and length. Smaller is the diameter and more is the length of the capillary more is the drop in pressure.

I am not from mechanical stream, i am just trying to learn.

If capillary tube inlet is 1 atm pressure can we achive pressure drop to perfect vacuum?? If anything wrong correct me??

I found that capillary tubes in refrigeration system are tubes with very small diameter and very long length. Pressure drops down suddenly due to very small diameter of the capillary and length. The smaller the diameter and longer the length of the capillary, more the drop in pressure.

I am not from mechanical stream, I am just trying to learn.

If capillary tube inlet is $1$ atm pressure, can we achieve dropping the pressure to the perfect vacuum??

If anything wrong correct me??

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Nick Nikhil
Nick Nikhil
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I found that capillary tubes in refrigration system are tubes with very small diameter and very long length. pressure drops down suddenly due to very small diameter of the capillary and length. Smaller is the diameter and more is the length of the capillary more is the drop in pressure.

I am not from mechanical stream, i am just trying to learn.

If capillary tube inlet is 1 atm pressure can we achive pressure drop to perfect vacuum?? If anything wrong correct me??

I found that capillary tubes are tubes with very small diameter and very long length. pressure drops down suddenly due to very small diameter of the capillary and length. Smaller is the diameter and more is the length of the capillary more is the drop in pressure.

I am not from mechanical stream, i am just trying to learn.

If capillary tube inlet is 1 atm pressure can we achive pressure drop to perfect vacuum?? If anything wrong correct me??

I found that capillary tubes in refrigration system are tubes with very small diameter and very long length. pressure drops down suddenly due to very small diameter of the capillary and length. Smaller is the diameter and more is the length of the capillary more is the drop in pressure.

I am not from mechanical stream, i am just trying to learn.

If capillary tube inlet is 1 atm pressure can we achive pressure drop to perfect vacuum?? If anything wrong correct me??

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Nick Nikhil
Nick Nikhil
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Nick Nikhil
Nick Nikhil
  • 13
  • 4