### Problems#### Problem 24**Compute the orbital radius of an Earth satellite that has an equatorial orbit and always remains above a fixed point P on the Earth’s surface. Communication satellites have such “geosynchronous” orbits (Fig. 6-19). These satellites are used to relay radio and television signals around the world.****Explanation of Figure 6-19:**- The diagram represents the Earth with a communication satellite in orbit around it.- The Earth is depicted with equatorial and rotational arrows indicating the direction of its spin.- The satellite orbits along the equator and remains directly above a fixed point P on the Earth’s surface.- The orbital path of the satellite is traced as a circle around the Earth at a distance denoted by the radius \( r \).- The satellite's position allows it to relay signals, illustrated by wavy lines, back and forth to point P.- The key feature of this geosynchronous orbit is that the satellite stays above the same geographical location on Earth at all times, which is crucial for continuous communication signals.#### Problem 25**The Earth orbits the Sun in an approximately circular orbit of radius \( 1.496 \times 10^{11} \) m (about 93 million miles).**---This problem (24) asks you to compute the orbital radius of a geosynchronous satellite. These satellites are crucial for ensuring consistent communication signals as they maintain a fixed position relative to the Earth's surface. The accompanying figure (6-19) illustrates the concept of such an orbit.

Name: ### Problems#### Problem 24**Compute the orbital radius of an Earth s
Uploaded: 2024-03-20T06:56:46.000Z
Channel: Bartleby
Description: ### Problems#### Problem 24**Compute the orbital radius of an Earth satellite that has an equatorial orbit and always remains above a fixed point P on the Earth’s surface. Communication satellites have such “geosynchronous” orbits (Fig. 6-19). These