Virtual Labs

a: To measure the volume of the liquid b: To measure the height of the liquid drop c: To measure the temperature of the liquid d: To measure the density of the liquid

a: To ensure the liquid does not spill b: To prevent air bubbles from forming c: To reduce the weight of the liquid d: To minimize evaporation of the liquid

a: Viscosity b: Surface tension c: Density d: Adhesion

a: By measuring the diameter of the tube b: By measuring the temperature of the liquid c: By measuring the height of the liquid drop d: By measuring the volume of the liquid

a: Height of the drop b: Density of the liquid c: Acceleration due to gravity d: Diameter of the tube

a: Height of the drop b: Density of the liquid c: Temperature of the liquid d: Diameter of the tube

a: Newton (N) b: Meter (m) c: Kilogram per cubic meter (kg/m³) d: Newton per meter (N/m)

a: It increases b: It decreases c: It remains constant d: It depends on the type of liquid

a: To pull the liquid downward b: To pull the liquid upward c: To stabilize the liquid drop d: To measure the volume of the liquid

a: Archimedes’ Principle b: Boyle’s Law c: Pascal’s Law d: Inverse proportionality between drop height and surface tension

Determination of surface tension of liquid using a stalagmometer.