KCET 2005 Mathematics Question Paper with Answer Key pdf is available for download. The exam was conducted by Karnataka Examination Authority (KEA) on May 3, 2005 in the Afternoon Session 2:30 PM to 3:50 PM. The question paper comprised a total of 60 questions.
KCET 2005 Mathematics Question Paper with Answer Key PDF
| KCET 2005 Mathematics Question Paper 2005 PDF | KCET 2005 Mathematics Answer Key 2005 PDF |
|---|---|
| Download PDF | Download PDF |
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KCET Questions
2. Which one of the following has the regular tetrahedral structure ?
Which one of the following has the regular tetrahedral structure ?
- $XeF_4$
- $[Ni(CN)+4]^{2-}$
- $BF^-_4$
- $SF_4$
3. Acetaldehyde gives orange coloured precipitate on treatment with
Acetaldehyde gives orange coloured precipitate on treatment with
- 2, 4-DNP
- $NH_2OH $
- $NaHSO_3$
- NaOH
4. A vessel at 1000 K contains $CO_2$ with a pressure of 0.5 atm. Some of the $CO_2$ is converted into CO on the addition of graphite. It the total pressure at equilibrium is 0.8 atm, the value of K is
A vessel at 1000 K contains $CO_2$ with a pressure of 0.5 atm. Some of the $CO_2$ is converted into CO on the addition of graphite. It the total pressure at equilibrium is 0.8 atm, the value of K is
- 3 atm
- 0.3 atm
- 0.18 atm
- 1.8 atm
5. After absorbring a slowly moving neutron of Mass mN (momentum $\approx$ 0) a nucleus of mass M breaks into two nuclei of masses $m_1$ and $5m_1$ ($6\, m_1 = M + mN$ ) respectively. If the de Broglic wavelength of the nucleus with mass $m_1$ is $\lambda$, the de Broglie wevelength of the nucleus will be:
After absorbring a slowly moving neutron of Mass mN (momentum $\approx$ 0) a nucleus of mass M breaks into two nuclei of masses $m_1$ and $5m_1$ ($6\, m_1 = M + mN$ ) respectively. If the de Broglic wavelength of the nucleus with mass $m_1$ is $\lambda$, the de Broglie wevelength of the nucleus will be:
- $5\,\lambda$
- $\lambda $\5
- $\lambda$
- $25\,\lambda$
6. A vessel of one litre capacity containing $1$ mole of $SO_3$ is heated till a state of equilibrium is attained.
$ {2SO3_{(g)} <=> 2SO2_{(g)} + O2_{(g)}}$
At equilibrium, $0.6 \,moles$ of $SO_2$ had formed. The value of equilibrium constant is
A vessel of one litre capacity containing $1$ mole of $SO_3$ is heated till a state of equilibrium is attained.
$ {2SO3_{(g)} <=> 2SO2_{(g)} + O2_{(g)}}$
At equilibrium, $0.6 \,moles$ of $SO_2$ had formed. The value of equilibrium constant is
- 0.18
- 0.36
- 0.45
- 0.68
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