Question

C.
If the textbook weights 19.6 newton on Venus,
What is the strength of gravity of venus?​

Answer 1

Answer:

Venus’ gravity (for simplicity) is 8.87m/second.

Earth’s is for simplicity (again) 9.807.

Now we calculate for atmospheric density at 'sea level'… or just take it from elsewhere:

67 kg/m^3

Earth: 1.2 kg/m^3

Now we calculate for dispersion. Using math I have long forgotten given atmospheric volume. Then we use math again, once given the result, to calculate velocity gains over distance based upon rate of density gain over distance at given expected densities over depth, against atmospheric resistance.

And we would have an answer, if I knew the deptch of Venus’ atmosphere, and remembered the maths. The math isn't even the hard part. I cannot locate the thickness of the enevelope.