1
New Theories / The most simple and reasonable solution about mercury precession
« on: 21/05/2008 02:18:03 »
Mercury precession of the experiment: [do not have to spend money, a quarter of an hour to complete]
A simple experiment. For a line, 50 cm long; fixed line side a small steel ball, which is pendulum. Handheld pendulum top, top-down, the ball straight for the campaign. Hand slightly forced counterclockwise rotation, so that the ball trajectories for the oval. Hand forced to stop static, elliptical trajectory of the ball. Hand slightly forced counterclockwise rotation, can be seen in the anti-clockwise oval precession, That is, the long axis of the ellipse around a focus anti-clockwise rotation; And vice versa, such as hand slightly forced clockwise rotation, Oval can be seen in the clockwise precession, that is, in the long axis of the ellipse around a focus clockwise rotation.
Personally seen: elliptical orbit precession; personally by the flu: the orbit precession reason is force. Newton's gravity to run for the elliptical orbit of Mercury, a vortex of the sun's rotation, As the rotation speed of Mercury's rotation velocity slower than the sun, the Mercury orbit by the vortex of the role of precession. [Newton's theory of deviation]
Quantitative calculation: [High School]
Basic data: from the Mercury, d = 0.58 × 10 ^ 11m, the quality of the sun Ms = 1.98 × 10 ^ 30kg, the sun's rotation velocity ω s = 4.64 × 10 ^-7rod / s. solar rotation cycle t = 25day ., Eccentricity of e = 0.2
Mercury tangential acceleration at =--- qK ω sMsG / d ^ 2 ----------------. ①
Angular velocity difference: q = 1-25/88 = 0.715
Admission average: at-= 1 / π ∫ 0 → π (at × cos ω td ω t )...... ②
-= (2 / π) at
Mercury moving into a cycle angle d θ; d θ = (1 / 2) at-× t ^ 2 × 360 / 2 π d(1-e ^ 2) ------------- ③
Into the data: d θ =[ 2 × 0.716 × 0.40 × 4.64 × 10 ^ 7 × 1.98 × 10 ^ 30 × 6.67 × 10 ^- 11 × (25 × 24 × 3600) ^ 2 × 360] / [2 × 2 π ^ 2 × (0.581 × 0 ^ 11) ^ 3× (1-0.2 ^ 2) ]
= 7.98 × 10 ^ -6 degrees.
100-year cycle of 1460, the century precession 1.165 × 10 ^ -2 degrees (42 angle seconds); This result and the actual value are more identical.
A simple experiment. For a line, 50 cm long; fixed line side a small steel ball, which is pendulum. Handheld pendulum top, top-down, the ball straight for the campaign. Hand slightly forced counterclockwise rotation, so that the ball trajectories for the oval. Hand forced to stop static, elliptical trajectory of the ball. Hand slightly forced counterclockwise rotation, can be seen in the anti-clockwise oval precession, That is, the long axis of the ellipse around a focus anti-clockwise rotation; And vice versa, such as hand slightly forced clockwise rotation, Oval can be seen in the clockwise precession, that is, in the long axis of the ellipse around a focus clockwise rotation.
Personally seen: elliptical orbit precession; personally by the flu: the orbit precession reason is force. Newton's gravity to run for the elliptical orbit of Mercury, a vortex of the sun's rotation, As the rotation speed of Mercury's rotation velocity slower than the sun, the Mercury orbit by the vortex of the role of precession. [Newton's theory of deviation]
Quantitative calculation: [High School]
Basic data: from the Mercury, d = 0.58 × 10 ^ 11m, the quality of the sun Ms = 1.98 × 10 ^ 30kg, the sun's rotation velocity ω s = 4.64 × 10 ^-7rod / s. solar rotation cycle t = 25day ., Eccentricity of e = 0.2
Mercury tangential acceleration at =--- qK ω sMsG / d ^ 2 ----------------. ①
Angular velocity difference: q = 1-25/88 = 0.715
Admission average: at-= 1 / π ∫ 0 → π (at × cos ω td ω t )...... ②
-= (2 / π) at
Mercury moving into a cycle angle d θ; d θ = (1 / 2) at-× t ^ 2 × 360 / 2 π d(1-e ^ 2) ------------- ③
Into the data: d θ =[ 2 × 0.716 × 0.40 × 4.64 × 10 ^ 7 × 1.98 × 10 ^ 30 × 6.67 × 10 ^- 11 × (25 × 24 × 3600) ^ 2 × 360] / [2 × 2 π ^ 2 × (0.581 × 0 ^ 11) ^ 3× (1-0.2 ^ 2) ]
= 7.98 × 10 ^ -6 degrees.
100-year cycle of 1460, the century precession 1.165 × 10 ^ -2 degrees (42 angle seconds); This result and the actual value are more identical.