T Transistors and Amplification?

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SUMMARY

The discussion focuses on solving a physics problem involving vector addition and the triangle law of vectors. A sailor's journey is analyzed, where she sails 2.00 km east and 3.50 km southeast, ultimately ending 5.80 km east of her starting point. The solution involves sketching a diagram to visualize the vectors and applying geometric principles to find the magnitude and direction of the third leg of the journey. The importance of diagramming in physics problem-solving is emphasized as a critical skill.

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  • Familiarity with the triangle law of vectors
  • Basic knowledge of geometry and trigonometry
  • Ability to create and interpret scale diagrams
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  • Study vector decomposition and resolution techniques
  • Explore graphical methods for solving physics problems
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Students studying physics, particularly those struggling with vector concepts, as well as educators looking for effective teaching methods in vector analysis.

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I don't know what to do. I'm lost I've tried making this problem work using Pythagoream's threom? but it didn't come out. Help me please I've worked on my homework for like five days already. i barely started physics and it's been a bumpy start, e.g. vectors = confusion.

A sailor in a small sailboat encounters shifting winds. She sails 2.00 km east, then 3.50 km southeast, and then an additional distance in an unknown direction. Her final position is 5.80 km directly east of the starting point + x-axis.

1.Find the magnitude of the third leg of the journey.

2.Find the direction of the third leg of the journey.
 
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ok... Here is what to do...

Take a large piece of paper. Then draw out the instruction, eg 5km west, 3 North etc. Do this using the scale of 1km=1cm. Also mark out the final point you mentioned.

Once you have it all down as a drawing you've practically solved the problem.

Being able to sketch out a good diagram of what it is you are trying to solve is something that will help you not just in Vectors but most physics.

:smile:
 
Just start drawing your first vector from the origin and go as per the sequence given in the question , after you locate the final point given in the question , make the 'third leg' by joining the end point of the second vector and the given end point , now apply triangle law of vectors and use a bit of geometry.First of all draw the diagram before proceeding .

BJ
 

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