Homework Help is Here – Start Your Trial Now!
Science
Advanced Physics
The vector that describes astronaut A's trajectory is defined by the following components: A: (70 meters, 40 meters) The magnitude and direction astronaut B's trajectory is defined by the following magnitude and direction: B: 80.6 meters at 82.87* 1. If the ship's airlock is positioned at the origin of a coordinate plane, what are the components of the vector that takes the astronaut to point B? B U Font Family AAA FEE▾ 2. What is the magnitude and direction of astronaut A's vector?

The vector that describes astronaut A's trajectory is defined by the following components: A: (70 meters, 40 meters) The magnitude and direction astronaut B's trajectory is defined by the following magnitude and direction: B: 80.6 meters at 82.87* 1. If the ship's airlock is positioned at the origin of a coordinate plane, what are the components of the vector that takes the astronaut to point B? B U Font Family AAA FEE▾ 2. What is the magnitude and direction of astronaut A's vector?

icon
Related questions
Question

I don't understand this please show steps. The third question I've added below.

If a third astronaut went out with the trajectory defined by twice as far as astronaut A plus half as far as astronaut B, what components would define where astronaut C ended up? Explain your reasoning.
Two astronauts have the task of gathering visual data about a communications satellite in preparation for a repair. In order to survey the condition of the instruments on the satellite, the two astronauts must position themselves precisely at the right positions as shown here. B cylinder height Ol A
Transcribed Image Text:Two astronauts have the task of gathering visual data about a communications satellite in preparation for a repair. In order to survey the condition of the instruments on the satellite, the two astronauts must position themselves precisely at the right positions as shown here. B cylinder height Ol A
The vector that describes astronaut A's trajectory is defined by the following components: A: (70 meters, 40 meters) The magnitude and direction astronaut B's trajectory is defined by the following magnitude and direction: B: 80.6 meters at 82.87° 1. If the ship's airlock is positioned at the origin of a coordinate plane, what are the components of the vector that takes the astronaut to point B? B ¡ U Font Family - AA A 2. What is the magnitude and direction of astronaut A's vector? ¹= E DX ± √
Transcribed Image Text:The vector that describes astronaut A's trajectory is defined by the following components: A: (70 meters, 40 meters) The magnitude and direction astronaut B's trajectory is defined by the following magnitude and direction: B: 80.6 meters at 82.87° 1. If the ship's airlock is positioned at the origin of a coordinate plane, what are the components of the vector that takes the astronaut to point B? B ¡ U Font Family - AA A 2. What is the magnitude and direction of astronaut A's vector? ¹= E DX ± √
Expert Solution
steps

Step by step

Solved in 5 steps with 5 images

SEE SOLUTIONCheck out a sample Q&A here
Blurred answer