Recent content by Giu1iano

  1. Giu1iano

    Tips on finding LCM in radians?

    I was plotting a sine graph at the time.
  2. Giu1iano

    Tips on finding LCM in radians?

    I realized that say -(5π/3) is the same as -(10π/6) and (π/2) is the same as (3π/6), now I have a LCM or lowest common multiple. I can now do 3π - 5π/6 = -(2π/6).
  3. Giu1iano

    Tips on finding LCM in radians?

    Homework Statement Lets say I want to find the LCM of -5π/3 and π/2; Also let's say these points are on the Unit Circle. Homework Equations It's easier to convert to degrees then back to radians but I don't want do that anymore because it's tedious The Attempt at a Solution Thoughts?
  4. Giu1iano

    State the exact values of all the trigonometric rations for theta.

    Explain. I learn "CAST" to help remember that but first you explain
  5. Giu1iano

    State the exact values of all the trigonometric rations for theta.

    Tan is y/x and Cot is x/y.. what's wrong with it?
  6. Giu1iano

    State the exact values of all the trigonometric rations for theta.

    Homework Statement P(-5,-2) is a terminal point of angle theta in standard position. State the exact values of all the trigonometric rations for theta. Homework Equations x^2+y^2=r^2 csc=1/sin sec=1/cos cot=1/tan The Attempt at a Solution
  7. Giu1iano

    Posting in PreCalculus Homework Forum: Permission Required?

    I'm trying to post in the precalculus homework forum and the app won't let because I don't have promission.. what do I have to do?
  8. Giu1iano

    Change in velocity due to force acting over given time

    I'm so tired I 2000kg as 2kg, and yes understand how to solve the problem. Thank you!
  9. Giu1iano

    Change in velocity due to force acting over given time

    How does 24000N/2000kg = 12 m/s^2?
  10. Giu1iano

    Change in velocity due to force acting over given time

    What change in velocity would be produced by an unbalanced force of 2.4 × 10^4 N acting for 6 s on a 2.0 × 10^3 kg dragster? Not sure how to setup this problem Equations i have are as follows: Fnet = mass × acceleration Velocity2 = velocity1 + acceleration × time Distance = velocity1 × time +...
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