Answer:
The subsequent particulars would still contain to be measured with Eratosthenes
The solar parallax, theta = 40 seconds (approximately from Greece)
Circumference of earth = 40,000 stadia = l (grew estimates)
so the following mat lab scripts calculates the distance from earth to sun assuming that earth is a cylinder with the axis aligned from north to south pole
Parallax = 40, %parallax in seconds
Parallax ad = 40*pi/60*60*180, %parallax in radians
l = 40,000,
d = l/pi,
Distance = d/parallax ad,
Print distance,
Hence from this script the answer will be 65656127 stadia
The subsequent particulars would still contain to be measured with Eratosthenes
The solar parallax, theta = 40 seconds (approximately from Greece)
Circumference of earth = 40,000 stadia = l (grew estimates)
so the following mat lab scripts calculates the distance from earth to sun assuming that earth is a cylinder with the axis aligned from north to south pole
Parallax = 40, %parallax in seconds
Parallax ad = 40*pi/60*60*180, %parallax in radians
l = 40,000,
d = l/pi,
Distance = d/parallax ad,
Print distance,
Hence from this script the answer will be 65656127 stadia