Exercise. The position vector for the curve C in the (, y, z)-space is given by r (t) = (2t + 1, t² , 3t). Find values for the constants a and b so the curve C lies on the surface x2 – 4y + az = b or explain why no such constants exist. Are there values for a and b for which the curve lies on the surface? yes ? Check work no

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Exercise. The position vector for the curve C in the (, y, z)-space is given by r (t) = (2t + 1, t² , 3t). Find values for the constants a and b so the curve C lies on the
surface
x2 – 4y + az = b
or explain why no such constants exist.
Are there values for a and b for which the curve lies on the surface?
yes
? Check work
no
Transcribed Image Text:Exercise. The position vector for the curve C in the (, y, z)-space is given by r (t) = (2t + 1, t² , 3t). Find values for the constants a and b so the curve C lies on the surface x2 – 4y + az = b or explain why no such constants exist. Are there values for a and b for which the curve lies on the surface? yes ? Check work no
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