Page 27 - 10-21-2019 Final English Edition, the Book with Ch. 46 Added by James H Hong. (1)
P. 27

However, in the general relativity formula, the formulas on both
                   sides of the equal sign do not have a common variable or

                   algebra, so the above mentioned solutions have nothing to do
                   with black holes.

                   Then, a black hole can't be a solution composed of algebra. The

                   answer is that it is unlikely. Because there is no mention of
                   black holes in general relativity. In the absence of mention, a

                   black hole cannot be a variable or an algebra, nor can it be a
                   solution composed of many algebras.

                   In summary, black holes are unlikely, a solution to general

                   relativity.

                   6.4 : How to apply physics for basketball shooting.


                   Projecting basketball is actually a parabola. The distance is the
                   X axis and the height is the Y axis. The velocity vector can be
                   divided into Vx and Vy. The formula for the distance Y is -

                   1/2gt^2 +V sin angle t + height The formula for the distance X
                   is V cosine angle t.:: g = gravitational acceleration v = velocity
                   angle = angle height = ball height t = time time. V = velocity ~=

                   shot strength More force = more velocity The greater the power,
                   the faster the speed.

                   You can use physics to make your shots more accurate.


                   I overthrew the luminous efficiency borrowed by Professor

                   Jwo-Huei Jou, the electron-hole recombination theory Electron-
                   Hole Recombination,

                   The electron hole recombination theory is that the electrons

                   move based on conduction energy band enters the luminescence
                   layer across different energies, and energy barriers. Holes then
                   enter based on The hole valence energy band crosses different

                   energies into the luminescent layer. The more efficient the
                   combination or injection of the two into the luminescent layer,
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