12
Activity 1 Activity 2 (3.4) Pascal’s (3.4) Pascal’s Principle Principle

3.4 Pascal Principle

Embed Size (px)

DESCRIPTION

 

Citation preview

Page 1: 3.4 Pascal Principle

Activity 1 Activity 2

(3.4) Pascal’s (3.4) Pascal’s PrinciplePrinciple

Page 2: 3.4 Pascal Principle

SPURT

Page 3: 3.4 Pascal Principle

Pascal’s PrinciplePascal’s Principle

Stated that ;• Pressure applied to an enclosed fluid

is transmitted uniformly to every part of the liquid and to the wall of the container.

HYDRAULIC SYSTEMTOOTHPASTE

Page 4: 3.4 Pascal Principle
Page 5: 3.4 Pascal Principle

Example ;

Page 6: 3.4 Pascal Principle
Page 7: 3.4 Pascal Principle
Page 8: 3.4 Pascal Principle

Exercise ;

1.

Figure shows a hydraulic pump which is used to lift a car where piston A is connected to a hand lever and piston B is attached to platform which lift a car.a) If the pressure applied at point C is P, what can you say the pressure

at D?b) Name and elaborate on the principle that be used as the basis on

your answer at (a).c) If an external force of 10N is applied on piston A with diameter 2 cm, i) calculate the transmitted pressure P ? ii) determine the maximum weight that can be lifted if the

diameter of the piston B is 12 cm.

Page 9: 3.4 Pascal Principle

Answer;

Page 10: 3.4 Pascal Principle

APPLICATIONSAPPLICATIONS•Car brakes

•Crane •Dental chair

•Hydraulic jacks•Hydraulic pump

Page 11: 3.4 Pascal Principle

Explain the necessary modifications so that the chair is safe and suitable the use of adults

Page 12: 3.4 Pascal Principle