Recent content by upwardfalling

  1. upwardfalling

    Adding Vectors Using the Component Method

    Awesome, thanks for the help! :)
  2. upwardfalling

    Adding Vectors Using the Component Method

    I got 2.64i + 4.68j , is that correct? I added (Ax + 0, Ay + By) for that answer and wrote it in unit vectors.
  3. upwardfalling

    Adding Vectors Using the Component Method

    Alright, I think I get it! Thank you so much. Hopefully I'll get the right answer
  4. upwardfalling

    Adding Vectors Using the Component Method

    I think I understand but am a little confused at the same time. It did help me in understanding why By = 0 though! And by A+B=(rcosθ,rsinθ)+(0,By), you do mean that I add the x components and y components separately, am I correct?
  5. upwardfalling

    Adding Vectors Using the Component Method

    I'm not so sure about how to calculate the components. As in isn't there not enough information? I don't know if i can just assume Bx = 0 and By = 3.25m, but if i can, will it be Ax + Bx = 2.64 + 0 = 2.64i and Ay + By = 1.43 + 3.25 = 4.68j?
  6. upwardfalling

    Adding Vectors Using the Component Method

    I don't know if I'm answering your question, but is it 90 degrees..?
  7. upwardfalling

    Adding Vectors Using the Component Method

    Homework Statement Use the component method to add the vectors vector A and vector B shown in the figure. The length of vector B is 3.25 m and the angle θ = 28.5°. Express the resultant vector A + vector B in unit-vector notation. Homework Equations x = rcos y = rsin The Attempt at...
  8. upwardfalling

    Are you new to physics? Get tips and guidance on our forum!

    Helloo, I'm horrible at physics and have no basics at all >< Looking forward to tips and guidance through this lovely forum! :-)
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