Solve p² +q² = 1, Solution is a)) z = ax + √1 + a²y+c c) z = ax + √1-a²y + c b) z = ax - √1-a²y + c d) z = ax - √1 + a²y + c
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Let F=px+qy+p2+q2=0F=px+qy+p2+q2=0. Then by Charpit's auxiliary equations
dpFx+pFz=dqFy+qFz=dz−pFp−qFq=dx−Fp=dy−FqdpFx+pFz=dqFy+qFz=dz−pFp−qFq=dx−Fp=dy−Fq
we have
dp0=dq0=dz−p(x+2p)−q(y
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