A charged particle with some initial velocity is projected in a region

1.	A charged particle with some initial velocity is projected in a region where non-zero uniform electric and/or magnetic fields are present. In column I, information about the existence of a electric and/or magnetic field and direction of initial velocity of charged is mentioned. Match the entries of Column I with the entries of Column II (Consider all possibilities) Column IColumn II(a)→E=0, →B≠0 and initial velocity may be at any angle with →B including 0∘(p)Straight line(b)→E≠0, →B=0 and initial velocity may be at any angle with →E including 0∘(q)Parabola(c)→E≠0, →B≠0 →E\|\|→Band initial velocity is⊥to both →E and →B(r)Circular(d)→E≠0, →B≠0, →E is perpendicular to B and initial velocity is perpendicular to both →E and→B(s)Helical path
Answer» A charged particle with some initial velocity is projected in a region where non-zero uniform electric and/or magnetic fields are present. In column I, information about the existence of a electric and/or magnetic field and direction of initial velocity of charged is mentioned. Match the entries of Column I with the entries of Column II (Consider all possibilities) $\begin{matrix} Column I & Column II (a) & \to E = 0, \to B \neq 0 and initial velocity may be at any angle with \to B including 0^{\circ} & (p) & Straight line (b) & \to E \neq 0, \to B = 0 and initial velocity may be at any angle with \to E including 0^{\circ} & (q) & Parabola (c) & \to E \neq 0, \to B \neq 0 \to E \| \| \to B and initial velocity is ⊥ to both \to E and \to B & (r) & Circular (d) & \to E \neq 0, \to B \neq 0, \to E is perpendicular to B and initial velocity is perpendicular to both \to E and \to B & (s) & Helical path \end{matrix}$

A charged particle with some initial velocity is projected in a region where non-zero uniform electric and/or magnetic fields are present. In column I, information about the existence of a electric and/or magnetic field and direction of initial velocity of charged is mentioned. Match the entries of Column I with the entries of Column II (Consider all possibilities) Column IColumn II(a)→E=0, →B≠0 and initial velocity may be at any angle with →B including 0∘(p)Straight line(b)→E≠0, →B=0 and initial velocity may be at any angle with →E including 0∘(q)Parabola(c)→E≠0, →B≠0 →E||→Band initial velocity is⊥to both →E and →B(r)Circular(d)→E≠0, →B≠0, →E is perpendicular to B and initial velocity is perpendicular to both →E and→B(s)Helical path

Answer»

A charged particle with some initial velocity is projected in a region where non-zero uniform electric and/or magnetic fields are present. In column I, information about the existence of a electric and/or magnetic field and direction of initial velocity of charged is mentioned. Match the entries of Column I with the entries of Column II (Consider all possibilities)

$\begin{matrix} Column I & Column II (a) & \to E = 0, \to B \neq 0 and initial velocity may be at any angle with \to B including 0^{\circ} & (p) & Straight line (b) & \to E \neq 0, \to B = 0 and initial velocity may be at any angle with \to E including 0^{\circ} & (q) & Parabola (c) & \to E \neq 0, \to B \neq 0 \to E | | \to B and initial velocity is ⊥ to both \to E and \to B & (r) & Circular (d) & \to E \neq 0, \to B \neq 0, \to E is perpendicular to B and initial velocity is perpendicular to both \to E and \to B & (s) & Helical path \end{matrix}$

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