Elements of Natural Philosophy, Part 1 |
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Page 1
Observation and experiment have afforded us the means of translating , as it
were , from Kinematics into Dynamics , and vice versa . This is merely mentioned
now in order to show the necessity for , and the value of , the preliminary matter
we ...
Observation and experiment have afforded us the means of translating , as it
were , from Kinematics into Dynamics , and vice versa . This is merely mentioned
now in order to show the necessity for , and the value of , the preliminary matter
we ...
Page 11
For , since the velocity increases uniformly , its value at any time before the
middle of the interval is as much less than this mean as its value at the same time
after the middle of the interval is greater than the mean : and hence its value at
the ...
For , since the velocity increases uniformly , its value at any time before the
middle of the interval is as much less than this mean as its value at the same time
after the middle of the interval is greater than the mean : and hence its value at
the ...
Page 16
... as in 271 a planet's motion , it is useful to introduce the quantity which is then
called the mean angular velocity . T ' 59. When a point moves uniformly in a
straight line its angular velocity evidently diminishes as it recedes from the point
about ...
... as in 271 a planet's motion , it is useful to introduce the quantity which is then
called the mean angular velocity . T ' 59. When a point moves uniformly in a
straight line its angular velocity evidently diminishes as it recedes from the point
about ...
Page 20
The Epoch in a simple harmonic motion is the interval of time which elapses from
the era of reckoning till the moving point first comes to its greatest elongation in
the direction reckoned as positive , from its mean position or the middle of its ...
The Epoch in a simple harmonic motion is the interval of time which elapses from
the era of reckoning till the moving point first comes to its greatest elongation in
the direction reckoned as positive , from its mean position or the middle of its ...
Page 23
tide from the phases ( high , low , or mean water ) of the lunar tide alone , is about
95 of a lunar hour , that is , .98 of a solar hour ( being the same part of 12 lunar
hours that 28 ° 26 ' , or the angle whose 1 sine is is of 360 ° ) . This maximum ...
tide from the phases ( high , low , or mean water ) of the lunar tide alone , is about
95 of a lunar hour , that is , .98 of a solar hour ( being the same part of 12 lunar
hours that 28 ° 26 ' , or the angle whose 1 sine is is of 360 ° ) . This maximum ...
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acceleration according acting action amount angle angular applied attraction axes axis body called centre centre of inertia circle component condition consider constant corresponding couple course curvature curve denote density described determined direction displacement distance divided effect elastic elements energy equal equations equilibrium evidently experience expression figure fixed fluid force friction give given gravity harmonic Hence important increase infinitely small instant interval kinetic length less mass matter mean measured method motion moving natural normal observation opposite parallel particle passing path perpendicular plane portion position potential practical pressure principle problem produce projection proportional quantity radius reference relative remain respectively rest resultant right angles rigid rotation round sides simple solid space spherical square straight strain stress suppose surface theory turned uniform unit velocity weight whole wire