prove that: sin theta -cos

  1. 1)Use the definitions sin0(theta) = y/r, cos0(theta) = x/r and/or tan0(theta) = y/x to prove thatcot0(theta) = 1/tan0(theta)
    1. answers icon 0 answers
    2. abeer asked by abeer
    3. views icon 663 views
  2. 1)Use the definitions sin0(theta) = y/r, cos0(theta) = x/r and/or tan0(theta) = y/x to prove thatcot0(theta) = 1/tan0(theta)
    1. answers icon 1 answer
    2. abeer asked by abeer
    3. views icon 575 views
  3. Prove the following identities:1. (tan theta - sin theta)^2 + (1-cos theta)^2 = (1-sec theta) ^2 2. (1-2cos^2 theta) / sin theta
    1. answers icon 1 answer
    2. Fern Angel asked by Fern Angel
    3. views icon 977 views
  4. Prove the following identities:1. (tan theta - sin theta)^2 + (1-cos theta)^2 = (1-sec theta) ^2 2. (1-2cos^2 theta) / sin theta
    1. answers icon 1 answer
    2. Fern Angel asked by Fern Angel
    3. views icon 812 views
  5. Prove the trigonometric identity below. Show all steps of your algebraic solution for full marks(x sin (theta) - y cos (theta)
    1. answers icon 2 answers
    2. GS asked by GS
    3. views icon 547 views
  6. conic sectionsprove that the line x-2y+10=0 touches the ellipse 9x^2+64y^2=576 show that the equation of the normal to the
    1. answers icon 1 answer
    2. Kelly asked by Kelly
    3. views icon 669 views
  7. (i)prove that 1/1+sintheta +1/1-sin theta=2sec^2 theta(ii)prove that cos theta/1-sin theta =1+sin theta/cos theta
    1. answers icon 1 answer
    2. victor.m asked by victor.m
    3. views icon 484 views
  8. Prove that 1+tan(Theta)/1-tan(Theta) = sec^2(Theta)+2tan(Theta)/1-tan^2(Theta)If you explain, that would be great (:
    1. answers icon 1 answer
    2. Marie asked by Marie
    3. views icon 675 views
  9. prove tan (theta/2)= (sin(theta))/(1+cos(theta))for theta in quadrant 1 by providing the calculation along with the reason.I
    1. answers icon 1 answer
    2. LIZZIE asked by LIZZIE
    3. views icon 896 views
  10. Multiple Choice (theta) means the symbol 0 with the dash in it.1.)Which expression is equivalent to
    1. answers icon 2 answers
    2. HotMath asked by HotMath
    3. views icon 1,521 views