The velocity of a particle depends upon as $v = a + bt + c{t^2}$; if the velocity is in $m/\sec $, the unit of $a$ will be
The velocity of a particle depends upon as $v = a + bt + c{t^2}$; if the velocity is in $m/\sec $, the unit of $a$ will be
- A
$m/\sec $
- B
$m/{\sec ^2}$
- C
${m^2}/\sec $
- D
$m/{\sec ^3}$
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- [AIPMT 2004]
Match List-I with List-II and select the correct answer using the codes given below the lists
List$-I$
List $-II$
$I-$ Joule
$A-$Henry $ \times $ Amp/sec
$ II-$ Watt
$B-$Farad $ \times $ Volt
$ III-$ Volt
$ C-$Coulomb $ \times $ Volt
$ IV-$ Coulomb
$D-$ Oersted $ \times $ cm
$ E-$ Amp $ \times $ Gauss
$ F-$ $Am{p^2}$ $ \times $ Ohm
Match List-I with List-II and select the correct answer using the codes given below the lists
| List$-I$ | List $-II$ |
|---|---|
| $I-$ Joule | $A-$Henry $ \times $ Amp/sec |
| $ II-$ Watt | $B-$Farad $ \times $ Volt |
| $ III-$ Volt | $ C-$Coulomb $ \times $ Volt |
| $ IV-$ Coulomb | $D-$ Oersted $ \times $ cm |
| $ E-$ Amp $ \times $ Gauss | |
| $ F-$ $Am{p^2}$ $ \times $ Ohm |