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AStronomy Suppose three moons 
A,B, and 
C orbit 100,000 kilometers above the surface of a planet. Suppose 
m/_ABC=90^(@), and the planet is 20,000 kilometers in diameter. Draw a diagram of the situation. How far is moon 
A from moon 
C ?
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2727. AStronomy Suppose three moons A,B A, B , and C C orbit 100100,000000 kilometers above the surface of a planet. Suppose mABC=90 m \angle A B C=90^{\circ} , and the planet is 2020,000000 kilometers in diameter. Draw a diagram of the situation. How far is moon A A from moon C C ?\newline@HomeTutor for problem solving help at classzone.com

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Q. 2727. AStronomy Suppose three moons A,B A, B , and C C orbit 100100,000000 kilometers above the surface of a planet. Suppose mABC=90 m \angle A B C=90^{\circ} , and the planet is 2020,000000 kilometers in diameter. Draw a diagram of the situation. How far is moon A A from moon C C ?\newline@HomeTutor for problem solving help at classzone.com
  1. Draw Triangle: Draw a right triangle with moons AA and CC at the ends of the hypotenuse and the planet's center at the right angle.
  2. Calculate Orbit Radius: Calculate the radius of the planet's orbit for the moons: 20,000km20,000 \, \text{km} (diameter of the planet) /2+100,000km/ 2 + 100,000 \, \text{km} (distance above the surface) =110,000km.= 110,000 \, \text{km}.
  3. Find Distance AC: Use the Pythagorean theorem to find the distance between moon A and moon C: a2+b2=c2a^2 + b^2 = c^2, where cc is the distance from A to C, and aa and bb are both equal to the radius of the orbit, 110,000110,000 km.
  4. Plug in Values: Plug in the values: 110,0002+110,0002=c2110,000^2 + 110,000^2 = c^2.
  5. Calculate Squares: Calculate the squares: 121,000,000,000+121,000,000,000=c2121,000,000,000 + 121,000,000,000 = c^2.