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Match the graphs with their parametric equations. I O (a) x=4-t+2, y = ² O (b)x= 2 - 3t, y = √t O (c) x = sin(2t), y = sin(t + sin(2t)) O (d) x = cos(5t), y = sin(2t) O (e) x = t + sin(4t), y = t² + cos(3t) sin (2 t) 4+1² cos (2 t) 4+1² O (f) III x = O (a) x = 4-t+2, y = ² (b)x= t² - 3t, y = √t O (c) x = sin(2t), y = sin(t + sin(2t)) O (d) x = cos(5t), y = sin(2t) O (f) y = O (e) x = t + sin(4t), y = t² + cos(3t) sin (2 t) 4+12 cos (2 t) 4+1² x = y = II O K (a) x = 4-t+2, y = ² O (b)x= ²-3t, y = √t O (c) x = sin(2t), y = sin(t + sin(2t)) O (d) x = cos(5t), y = sin(2t) O (e) x = t + sin(4t), y = t² + cos(3t) sin (2 t) 4+1² cos (2 t) 4+1² O (f) IV x = O (f) 1 O (a) x = 4-t+2, y = ² O (b)x=²-3t, y = √t O (c) x = sin(2t), y = sin(t + sin(2t)) O (d) x = cos(5t), y = sin(2t) y = O (e) x = t + sin(4t), y = t² + cos(3t) sin (2 t) 4+12 cos (2 t) 4+1² x= y =

Match the graphs with their parametric equations. I O (a) x=4-t+2, y = ² O (b)x= 2 - 3t, y = √t O (c) x = sin(2t), y = sin(t + sin(2t)) O (d) x = cos(5t), y = sin(2t) O (e) x = t + sin(4t), y = t² + cos(3t) sin (2 t) 4+1² cos (2 t) 4+1² O (f) III x = O (a) x = 4-t+2, y = ² (b)x= t² - 3t, y = √t O (c) x = sin(2t), y = sin(t + sin(2t)) O (d) x = cos(5t), y = sin(2t) O (f) y = O (e) x = t + sin(4t), y = t² + cos(3t) sin (2 t) 4+12 cos (2 t) 4+1² x = y = II O K (a) x = 4-t+2, y = ² O (b)x= ²-3t, y = √t O (c) x = sin(2t), y = sin(t + sin(2t)) O (d) x = cos(5t), y = sin(2t) O (e) x = t + sin(4t), y = t² + cos(3t) sin (2 t) 4+1² cos (2 t) 4+1² O (f) IV x = O (f) 1 O (a) x = 4-t+2, y = ² O (b)x=²-3t, y = √t O (c) x = sin(2t), y = sin(t + sin(2t)) O (d) x = cos(5t), y = sin(2t) y = O (e) x = t + sin(4t), y = t² + cos(3t) sin (2 t) 4+12 cos (2 t) 4+1² x= y =

Advanced Engineering Mathematics
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Match the graphs with their parametric equations. I O (a) x = -t+2, y = ² O (b) x = t² - 3t, y = √t O (c) x = sin(2t), y = sin(t + sin(2t)) O (d) x = cos(5t), y = sin(2t) O (e) x = t + sin(4t), y = t² + cos(3t) sin (2 t) 4+12 cos (2 t) 4+1² O (f) III I= O (a) x = 4-t+2, y = ² O (b)x= ² - 3t, y = √t O (c) x = sin(2t), y = sin(t + sin(2t)) O (d) x = cos(5t), y = sin(2t) O (e) x = t + sin(4t), y = ² + cos(3t) cos (2 t) 4+1² sin (2 t) 4+1² y = O (f) x = II X O (a) x = t4-t+2, y = 1² O (b)x= ²3t, y = √t O (c) x = sin(2t), y = sin(t+ sin(2t)) O (d) x = cos(5t), y = sin(2t) O (e) x = t + sin(4t), y = t² + cos(3t) sin (2 t) 4+12: cos (2 t) 4+t² O (f) IV x = O (a) x = 4-t + 2, y = ² O (b)x= t² - 3t, y = √t O (c) x = sin(2t), y = sin(t + sin(2t)) O (d) x = cos(5t), y = sin(2t) O (f) y = O (e) x = t + sin(4t), y = t² + cos(3t) sin (2 t) 4+1² cos (2 t) 4+t² x = y =
Transcribed Image Text:Match the graphs with their parametric equations. I O (a) x = -t+2, y = ² O (b) x = t² - 3t, y = √t O (c) x = sin(2t), y = sin(t + sin(2t)) O (d) x = cos(5t), y = sin(2t) O (e) x = t + sin(4t), y = t² + cos(3t) sin (2 t) 4+12 cos (2 t) 4+1² O (f) III I= O (a) x = 4-t+2, y = ² O (b)x= ² - 3t, y = √t O (c) x = sin(2t), y = sin(t + sin(2t)) O (d) x = cos(5t), y = sin(2t) O (e) x = t + sin(4t), y = ² + cos(3t) cos (2 t) 4+1² sin (2 t) 4+1² y = O (f) x = II X O (a) x = t4-t+2, y = 1² O (b)x= ²3t, y = √t O (c) x = sin(2t), y = sin(t+ sin(2t)) O (d) x = cos(5t), y = sin(2t) O (e) x = t + sin(4t), y = t² + cos(3t) sin (2 t) 4+12: cos (2 t) 4+t² O (f) IV x = O (a) x = 4-t + 2, y = ² O (b)x= t² - 3t, y = √t O (c) x = sin(2t), y = sin(t + sin(2t)) O (d) x = cos(5t), y = sin(2t) O (f) y = O (e) x = t + sin(4t), y = t² + cos(3t) sin (2 t) 4+1² cos (2 t) 4+t² x = y =
O (a) x = -t+2, y = t² O (b)x= ² - 3t, y = √t O (c) x = sin(2t), y = sin(t + sin(2t)) O (d) x = cos(5t), y = sin(2t) O (e) x = O (f) x = t + sin(4t), y = t² + cos(3t) sin (2 t) 4+1² cos (2 t) 4+1² y = VI XXXXX O (a) x = t-t+2, y = t² O (b) x = t² - 3t, y = √t O (c) x = sin(2t), y = sin(t + sin(2t)) O (d) x = cos(5t), y = sin(2t) O (e) x = t + sin(4t), y = t² + cos(3t) sin (2 t) 4+1² O (f) x = y = cos (2 t) 4+1²
Transcribed Image Text:O (a) x = -t+2, y = t² O (b)x= ² - 3t, y = √t O (c) x = sin(2t), y = sin(t + sin(2t)) O (d) x = cos(5t), y = sin(2t) O (e) x = O (f) x = t + sin(4t), y = t² + cos(3t) sin (2 t) 4+1² cos (2 t) 4+1² y = VI XXXXX O (a) x = t-t+2, y = t² O (b) x = t² - 3t, y = √t O (c) x = sin(2t), y = sin(t + sin(2t)) O (d) x = cos(5t), y = sin(2t) O (e) x = t + sin(4t), y = t² + cos(3t) sin (2 t) 4+1² O (f) x = y = cos (2 t) 4+1²
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