Given the equation p2 = a3, what is the orbital period, in years, for the planet saturn? (saturn is located 9.5 au from the sun.) 5 years 29 years 229 years 500 years

The correct answer is 29 years.

In fact, the equation (Kepler's third law) says

where P is the period in years, and A is the distance of Saturn from the Sun, expressed in A.U. We know this distance, , so we can find the period of Saturn P:

This is what i found on google “according to the collision theory, the following criteria must be met in order for a chemical reaction to occur: molecules must collide with sufficient energy, known as the activation energy, so that chemical bonds can break. molecules must collide with the proper orientation.” i hope this information you.