Visking Osmosis Quiz

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Osmosis with visking tubing

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Ellie

Reino Unido

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Froggy Jumps Visking Osmosis QuizVersión en línea Osmosis with visking tubing por Ellie 1 What is the visking tubing in this experiment? a Pure plastic tubing b A rigid wall c A selectively permeable membrane 2 In osmosis, water moves from the side with which concentration to which? a From high water concentration to low water concentration b From low to high water concentration c From concentrated to dilute solvent 3 If the inside of the tubing is dilute and the outside is concentrated, what happens to the water? a No net movement of water b Water moves out of the tubing c Water moves into the tubing, increasing its volume 4 What happens to the capillary tube level when water enters the visking tubing? a The level in the capillary tube rises b The level falls c Remains the same 5 What is observed when there is no net movement of water? a The level rises b Water level in the capillary tube remains the same c The level falls 6 If the concentrations are equal on both sides, how does water move? a There is no net movement of water b Water moves only out of the tubing c Water moves rapidly 7 Which color is used to represent water in the described setup? a Red b Green c Blue 8 Which color represents the solution in the visking tubing? a Blue b Green c Red 9 What is the effect when water moves out of the visking tubing into the beaker? a Volume increases b No change in volume c The volume inside tubing decreases and capillary level may fall 10 What is the general outcome when the beaker solution is more dilute than inside the tubing? a Water moves into the beaker from the tubing b No movement of water c Water moves out of the beaker into the tubing

Froggy Jumps

Visking Osmosis QuizVersión en línea

Osmosis with visking tubing

por Ellie

What is the visking tubing in this experiment?

Pure plastic tubing

A rigid wall

A selectively permeable membrane

In osmosis, water moves from the side with which concentration to which?

From high water concentration to low water concentration

From low to high water concentration

From concentrated to dilute solvent

If the inside of the tubing is dilute and the outside is concentrated, what happens to the water?

No net movement of water

Water moves out of the tubing

Water moves into the tubing, increasing its volume

What happens to the capillary tube level when water enters the visking tubing?

The level in the capillary tube rises

The level falls

Remains the same

What is observed when there is no net movement of water?

The level rises

Water level in the capillary tube remains the same

The level falls

If the concentrations are equal on both sides, how does water move?

There is no net movement of water

Water moves only out of the tubing

Water moves rapidly

Which color is used to represent water in the described setup?

Red

Green

Blue

Which color represents the solution in the visking tubing?

Blue

Green

Red

What is the effect when water moves out of the visking tubing into the beaker?

Volume increases

No change in volume

The volume inside tubing decreases and capillary level may fall

What is the general outcome when the beaker solution is more dilute than inside the tubing?

Water moves into the beaker from the tubing

No movement of water

Water moves out of the beaker into the tubing

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Visking Osmosis Quiz

Froggy Jumps

Sobre esta actividad

Creada por

Descarga la versión para jugar en papel

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Visking Osmosis QuizVersión en línea

por Ellie

What is the visking tubing in this experiment?

In osmosis, water moves from the side with which concentration to which?

If the inside of the tubing is dilute and the outside is concentrated, what happens to the water?

What happens to the capillary tube level when water enters the visking tubing?

What is observed when there is no net movement of water?

If the concentrations are equal on both sides, how does water move?

Which color is used to represent water in the described setup?

Which color represents the solution in the visking tubing?

What is the effect when water moves out of the visking tubing into the beaker?

What is the general outcome when the beaker solution is more dilute than inside the tubing?

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