The two pieces of the spacecraft are returned to their initial configuration with a period of 226.8 seconds. A
The escape pods each have a mass of 13200 kg and are ejected with a speed of 79.13 m/s along the directions indicated in the figure with θ = 27 degrees.
What is the new period of the remaining spacecraft after the two escape pods are ejected?
*Original Scenario* - One way to provide artificial gravity (i.e., a feeling of weight) on long space voyages is to separate a spacecraft into two parts at the ends of a long cable, and set them rotating about their center of mass. A craft has been separated into two parts with a mass of 87900 kg each, at the ends of a cable with their centers of mass 91 m apart, rotating around the center point of the cable with a period of 226.8 seconds.
![pod path
pod path
Escape Pods](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F687a3478-33eb-4e3a-99a7-f65172b1e504%2Fdc7770bd-adce-42ba-8eba-c19bc4c3e487%2Funjtk6.png&w=3840&q=75)
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