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The Distance D That a Certain Particle Moves May Be

Question 34

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The distance d that a certain particle moves may be calculated from the expression d = at + bt2 where a and b are constants; and t is the elapsed time. What must the dimensions of the quantities a and b be, respectively?


A) The distance d that a certain particle moves may be calculated from the expression d = at + bt<sup>2</sup> where a and b are constants; and t is the elapsed time. What must the dimensions of the quantities a and b be, respectively? A)    B) [L], [L]<sup>2</sup> C)    D)    E)
B) [L], [L]2
C) The distance d that a certain particle moves may be calculated from the expression d = at + bt<sup>2</sup> where a and b are constants; and t is the elapsed time. What must the dimensions of the quantities a and b be, respectively? A)    B) [L], [L]<sup>2</sup> C)    D)    E)
D) The distance d that a certain particle moves may be calculated from the expression d = at + bt<sup>2</sup> where a and b are constants; and t is the elapsed time. What must the dimensions of the quantities a and b be, respectively? A)    B) [L], [L]<sup>2</sup> C)    D)    E)
E) The distance d that a certain particle moves may be calculated from the expression d = at + bt<sup>2</sup> where a and b are constants; and t is the elapsed time. What must the dimensions of the quantities a and b be, respectively? A)    B) [L], [L]<sup>2</sup> C)    D)    E)

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