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Answer :
The given statement," An orbital resonance occurs when one moon's orbital period is a simple fraction of the other's, such as 1/2 or 1/3 or 1/4." is true. Option A
Orbital resonance is indeed an orbital condition in which one celestial body is subject to periodic gravitational perturbations by another. This happens most commonly when two objects orbiting a third have periods of revolution that are simple multiples or fractions of each other, such as 1:2 or 2:3.
For instance, within Saturn's rings, gravitational resonances are responsible for most of the gaps and also affect the location of the outer edge of the A Ring.
These resonances occur where a moon's gravitational influence repeatedly perturbs the orbit of ring particles, resulting in a cleared gap, as seen with the inner side of the Cassini Division being influenced by Saturn's moon Mimas. Option A
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