(4) [IVILTI 17. The velocity v of a particle at time t is given by v=at + b v=at true, where a, b and c are constants. The dimensions of a, b and c are respectively: [AIPMT (Prelims)-2006) 41) [LT-2). [L] and [T] (2) [L9, [T] and [LT4 (3) [LT], [LT] and [L] (4) L], [LT] and [T] 18 TL

The velocity $v$ of a particle at time $t$ is given by $v=at+\frac{b}{t+c}$ where $a,b$ and $c$ are constants. The dimensions of $a,b$ and $c$ are respectively:

16. The velocity v of a particle at time t is given bywhere a, b and c are constantsThe dimensions of a, b and c are respectivelyAIPMT (Prelims)-2006\rbrack(1) \lbrack LT-2\rbrack, \lbrack L\rbrack and \lbrack T\rbrack(2) \lbrack L1, IT\rbrack and \lbrack LT)(3) \lbrack LT\rbrack, \lbrack LT\rbrack and \lbrack L\rbrack(4) \lbrack L\rbrack, \lbrack LT\rbrack and \lbrack T\rbrack

The velocity v (in cm / sec) of a particle is given in terms of time t(in sec) by the relation v = $\alpha$ t + $\frac{b}{t+c}$ ; the dimensions of a, b and c are

The velocity $\upsilon$ (in cm/s) of a particle is given in terms of time (t) by the equation: $\upsilon =at+\frac{b}{t+c}.$ Dimensions of a, b and c are

The velocity v of a particle depends upon the time t according to the equation $v=a+bt+\frac{c}{d+t}$.The dimensions of a, b, c and d are