ANSWER ALL QUESTIONS PLZ

For the following questions, use proportional reasoning to quantify the relationships between given quantities relative to each other. Use the values given; googling will not yield the same results as using proportional reasoning. a) Saturn's moon Titan has an atmosphere 50% denser than Earth's. What is the terminal velocity of an object falling from great height on Titan vs on Earth? Titan is 0.0225 MEarth and 0.404 REarth' Assume g is constant with height for both (varies negligibly over the height scales we're comparing). Note: you can do this without knowing their reiative accelerations due to gravity! Vterminal, Titan = l \"terminal, Earth b) What is the acceleration due to gravity on Titan, relative to Earth? gTitan = l gEarth c) How far does an object have to fall on Titan to reach vterminal relative to how far it would have to fall on Earth to reach terminal velocity? Assume we're comparing identical objects and they begin falling from rest. AYTitan = __ AVEarth d) A moon orbits a planet in uniform circular motion with a speed of 2025 mph. IfI double its orbital radius, what is its new orbital speed? Hint: gravity provides the force causing the centripetai acceleration. | mph e) Using the example from part d, a moon in uniform circular motion with a speed of 2025 mph, what is the moon's orbital speed if I double the gravitational force it is experiencing [e.g., by doubling the planet's mass)? I l mph 1') My dog takes 1 s to apply 10 N of force to toss a toy. It starts from rest and its speed when she lets go is 2.1 m/s. If she applies 24 N of force over 1 5, what is its speed? I | mis