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" To find the centre of gravity of two heavy points ; and to shew that the pressure at the centre of gravity is equal to the sum of the weights in all positions. Prop. 19. To find the centre of gravity of any number of heavy points; and to shew that the... "
The Cambridge course of elementary natural philosophy, being the ... - Σελίδα 35
των John Charles Snowball - 1838 - 81 σελίδες
Πλήρης προβολή - Σχετικά με αυτό το βιβλίο

The Christian remembrancer; or, The Churchman's Biblical ..., Τόμος 22

1840
...18. To find the centre of gravity of two heavy points • and to show that the pressure at the centre of gravity is equal to the sum of the weights in all positions. Prop. 19. To find the centre of gravity of any numher of heavy points ; and to show that the pressure...

The Mechanical Euclid: Containing the Elements of Mechanics and Hydrostatics ...

William Whewell - 1837 - 182 σελίδες
...of A, B, C, D. COR. 1. It has been shewn that in every position of A, B, C, D the pressure upon G, the center of gravity, is equal to the sum of the weights. COR. 2, Every system of heavy points has a center of gravity ; for the above construction is always...

Register

University of Cambridge - 1849
...find the centre of gravity of any number of heavy points ; and to shew that the pressure at the centre of gravity is equal to the sum of the weights in all positions. Prop. 20. To find the centre of gravity of a straight line. Prop. 21. To find the centre of gravity...

Cambridge examination papers: a suppl. to the University calendar, 1856-59

Cambridge univ, exam. papers - 1856
...velocity. 6. Find the centre of gravity of two heavy points, and shew that the pressure at the centre of gravity is equal to the sum of the weights in all positions. 6. When a body is placed on a horizontal plane it will stand or fall according as the vertical line...

The Cambridge Course of Elementary Natural Philosophy: Being the ...

1864 - 179 σελίδες
...base. 5. Find the Centre of Gravity of three heavy points ; and shew that the pressure on the Centre of Gravity is equal to the sum of the weights in all positions. 6. When a body is placed on a horizontal plane, it will stand or fall, according as the vertical line...

Register

University of Cambridge - 1864
...find the centre of gravity of any number of heavy points ; and to shew that the pressure at the centre of gravity is equal to the sum of the weights in all positions. Prop. 20. To find the centre of gravity of a straight line. Prop. 21. To fiud the centre of gravity...

Register

University of Cambridge - 1855
...find the centre of gravity of any number of heavy points ; and to shew that the pressure at the centre of gravity is equal to the sum of the weights in all positions. Prop. 20. To find the centre of gravity of a straight line. Prop. 21. To find the centre of gravity...

The Cambridge University Calendar

University of Cambridge - 1845
...18. To find the centre of gravity of two heavy points; and to shew that the pressure at the centre of gravity is equal to the sum of the weights in all positions. Prop. 19. To find the centre of gravity of any number of heavy points; and to shew that the pressure...

Register

University of Cambridge, Sir Thomas Gery Cullum - 1838
...find the centre of gravity of any number of heavy points; and to shew that the pressure at the centre of gravity is equal to the sum of the weights in all positions. Prop. 20. To find the centre of gravity of a straight line. Prop. 21. To find the centre of gravity...




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