314296
Which of the following behaviour is true regarding the coefficient of viscosity \(\mathrm{(\eta)}\) of a liquid?
1 Plot of \(\mathrm{\eta}\) versus T is non linear
2 Plot of \(\mathrm{\eta}\) versus \(\mathrm{\dfrac{1}{T}}\) is linear
3 \(\mathrm{\eta=\dfrac{E}{R T}}\)
4 Plot of \(\mathrm{\log \eta}\) versus \(\mathrm{\dfrac{1}{T}}\) is non linear
Explanation:
The velocity decreases with an increases in temperature. Most liquids suffer the exponential relationship between tempature and viscosity rather than linear form.
CHXI06:STATES OF MATTER
314297
The reciprocal of viscosity can be termed as
1 Surface tension
2 Fluidity
3 Density
4 Elasticity
Explanation:
If viscosity refers to resistance, then its inverse is ease of flow, i.e., fluidity.
CHXI06:STATES OF MATTER
314298
Which of the following statement is incorrect about viscosity?
1 Greater the viscosity, the more slowly the liquid flows.
2 Hydrogen bonding and van der Waal's forces are strong enough to cause high viscosity.
3 Viscosity of liquids increases as the temperature rises
4 Glass is an extremely viscous liquid
Explanation:
Viscosity of liquids decreases as the temperature rises because at high temperature, molecules have high K.E. and can overcome the intermolecular forces to slip past one another between the layers.
CHXI06:STATES OF MATTER
314299
The correct order of viscosity of the following liquids will
314296
Which of the following behaviour is true regarding the coefficient of viscosity \(\mathrm{(\eta)}\) of a liquid?
1 Plot of \(\mathrm{\eta}\) versus T is non linear
2 Plot of \(\mathrm{\eta}\) versus \(\mathrm{\dfrac{1}{T}}\) is linear
3 \(\mathrm{\eta=\dfrac{E}{R T}}\)
4 Plot of \(\mathrm{\log \eta}\) versus \(\mathrm{\dfrac{1}{T}}\) is non linear
Explanation:
The velocity decreases with an increases in temperature. Most liquids suffer the exponential relationship between tempature and viscosity rather than linear form.
CHXI06:STATES OF MATTER
314297
The reciprocal of viscosity can be termed as
1 Surface tension
2 Fluidity
3 Density
4 Elasticity
Explanation:
If viscosity refers to resistance, then its inverse is ease of flow, i.e., fluidity.
CHXI06:STATES OF MATTER
314298
Which of the following statement is incorrect about viscosity?
1 Greater the viscosity, the more slowly the liquid flows.
2 Hydrogen bonding and van der Waal's forces are strong enough to cause high viscosity.
3 Viscosity of liquids increases as the temperature rises
4 Glass is an extremely viscous liquid
Explanation:
Viscosity of liquids decreases as the temperature rises because at high temperature, molecules have high K.E. and can overcome the intermolecular forces to slip past one another between the layers.
CHXI06:STATES OF MATTER
314299
The correct order of viscosity of the following liquids will
314296
Which of the following behaviour is true regarding the coefficient of viscosity \(\mathrm{(\eta)}\) of a liquid?
1 Plot of \(\mathrm{\eta}\) versus T is non linear
2 Plot of \(\mathrm{\eta}\) versus \(\mathrm{\dfrac{1}{T}}\) is linear
3 \(\mathrm{\eta=\dfrac{E}{R T}}\)
4 Plot of \(\mathrm{\log \eta}\) versus \(\mathrm{\dfrac{1}{T}}\) is non linear
Explanation:
The velocity decreases with an increases in temperature. Most liquids suffer the exponential relationship between tempature and viscosity rather than linear form.
CHXI06:STATES OF MATTER
314297
The reciprocal of viscosity can be termed as
1 Surface tension
2 Fluidity
3 Density
4 Elasticity
Explanation:
If viscosity refers to resistance, then its inverse is ease of flow, i.e., fluidity.
CHXI06:STATES OF MATTER
314298
Which of the following statement is incorrect about viscosity?
1 Greater the viscosity, the more slowly the liquid flows.
2 Hydrogen bonding and van der Waal's forces are strong enough to cause high viscosity.
3 Viscosity of liquids increases as the temperature rises
4 Glass is an extremely viscous liquid
Explanation:
Viscosity of liquids decreases as the temperature rises because at high temperature, molecules have high K.E. and can overcome the intermolecular forces to slip past one another between the layers.
CHXI06:STATES OF MATTER
314299
The correct order of viscosity of the following liquids will
314296
Which of the following behaviour is true regarding the coefficient of viscosity \(\mathrm{(\eta)}\) of a liquid?
1 Plot of \(\mathrm{\eta}\) versus T is non linear
2 Plot of \(\mathrm{\eta}\) versus \(\mathrm{\dfrac{1}{T}}\) is linear
3 \(\mathrm{\eta=\dfrac{E}{R T}}\)
4 Plot of \(\mathrm{\log \eta}\) versus \(\mathrm{\dfrac{1}{T}}\) is non linear
Explanation:
The velocity decreases with an increases in temperature. Most liquids suffer the exponential relationship between tempature and viscosity rather than linear form.
CHXI06:STATES OF MATTER
314297
The reciprocal of viscosity can be termed as
1 Surface tension
2 Fluidity
3 Density
4 Elasticity
Explanation:
If viscosity refers to resistance, then its inverse is ease of flow, i.e., fluidity.
CHXI06:STATES OF MATTER
314298
Which of the following statement is incorrect about viscosity?
1 Greater the viscosity, the more slowly the liquid flows.
2 Hydrogen bonding and van der Waal's forces are strong enough to cause high viscosity.
3 Viscosity of liquids increases as the temperature rises
4 Glass is an extremely viscous liquid
Explanation:
Viscosity of liquids decreases as the temperature rises because at high temperature, molecules have high K.E. and can overcome the intermolecular forces to slip past one another between the layers.
CHXI06:STATES OF MATTER
314299
The correct order of viscosity of the following liquids will
