Table for the solution of the revolution speed of a planet around the Sun

Usage

gdt_df_cosmology_revolution_speed_solution(name, au, time)

Arguments

name: The name of the planet
au: The distance of the planet to the Sun in AU
time: The time for one revolution in Earth years

Value

A gt table

Examples

gdt_df_cosmology_revolution_speed_solution("Earth", 1, 1)


  
        Earth
      
    
Information
      Solution
    
Distance to the Sun
 $1\text{ AU} \cong 1.5\cdot 10^{08}\text{ km}$ 
Revolution distance ( $d = 2\pi r$ )
 $2\cdot\pi\cdot1.5\cdot 10^{08}\cong 9.42\cdot 10^{08}\text{ km}$ 
Revolution period
 $1\text{ years}\cong 8765.8128\text{ hours}$ 
Revolution speed ( $v=\frac{{d}}{{t}}$ )
 $\frac{9.42\cdot 10^{08}}{8765.8128}\cong 1.08\cdot 10^{05}\text{ km/h}$

Earth
Information	Solution
Distance to the Sun	$1\text{ AU} \cong 1.5\cdot 10^{08}\text{ km}$
Revolution distance ( $d = 2\pi r$ )	$2\cdot\pi\cdot1.5\cdot 10^{08}\cong 9.42\cdot 10^{08}\text{ km}$
Revolution period	$1\text{ years}\cong 8765.8128\text{ hours}$
Revolution speed ( $v=\frac{{d}}{{t}}$ )	$\frac{9.42\cdot 10^{08}}{8765.8128}\cong 1.08\cdot 10^{05}\text{ km/h}$