Q1) Graph the parabola (y = X² + 4x +3) and abel the Vertex, axis, and intercepts. Q2) Put the equation (3x² + (y- 2) = 3 ) in standard form and sketch the elipse. Q2) Use the addiion forulas to derive the identity of (cos (x-) = sin x) Q4) Test the continuity of the function fx): F(x) = 3x - 2 - 25x <0 Os X<1 X=1 2x +1 QS) Fnd f y = In(tan-ix) Q6) Find lim Q7) If y = tan t ,x = tan?t at t= = „Find 2 by using Chain Ruke

Elementary Geometry For College Students, 7e
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ISBN:9781337614085
Author:Alexander, Daniel C.; Koeberlein, Geralyn M.
Publisher:Alexander, Daniel C.; Koeberlein, Geralyn M.
ChapterP: Preliminary Concepts
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اسئلة المؤجلين.pdf
Solve and upload all the questions: (30 marks) (1.5 hours)
Q1) Graph the paraboka (y = X? + 4x + 3) and abel the Vertex, axis, and intercepts.
Q2) Put the equation (3x² + (y - 2)? = 3 ) in standard form and sketch the ellipse.
Q3) Use the addion formulas to derive the identity of (cos (x-) = sin x )
Q4) Test the continuity of the function ffx):
F(x)
3x - 2
- 2<x <0
2x +1
3
0S X<1
X= 1
Q5) Find
if y = In(tan-ix)
Q6) Find lim
Q7) If y = tan t ,x = tan?t at
t = „Find by using Chain Rule
Transcribed Image Text:اسئلة المؤجلين.pdf Solve and upload all the questions: (30 marks) (1.5 hours) Q1) Graph the paraboka (y = X? + 4x + 3) and abel the Vertex, axis, and intercepts. Q2) Put the equation (3x² + (y - 2)? = 3 ) in standard form and sketch the ellipse. Q3) Use the addion formulas to derive the identity of (cos (x-) = sin x ) Q4) Test the continuity of the function ffx): F(x) 3x - 2 - 2<x <0 2x +1 3 0S X<1 X= 1 Q5) Find if y = In(tan-ix) Q6) Find lim Q7) If y = tan t ,x = tan?t at t = „Find by using Chain Rule
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