KCET 2019 Mathematics A-1 Question Paper with Answer Key PDF (April 29, 2019 - Afternoon Session)

KCET 2019 Mathematics Question paper with answer key pdf conducted on April 29, 2019 in Afternoon Session 2:30 PM to 3:50 PM for A-1 is available for download. The exam was successfully organized by Karnataka Examinations Authority (KEA). In terms of difficulty level, KCET was of Moderate level. The question paper comprised a total of 60 questions.

KCET 2019 Mathematics Question Paper with Answer Key PDF for Afternoon Session

KCET 2019 Mathematics Question Paper PDF KCET 2019 Mathematics Answer Key PDF
Download PDF Download PDF


KCET Previous Year Question Paper with Answer Key PDFs

Collegedunia has provided KCET Previous Year Question paper pdf with answer key in the links given below:

Similar B.Tech Exam Question Papers

KCET Questions

  • 1.
    Which one of the following is an amphoteric oxide?

      • $ZnO$
      • $Na _{2} O$
      • $SO _{2}$
      • $B _{2} O _{3}$

    • 2.
      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

      • 3.
        Acetaldehyde gives orange coloured precipitate on treatment with

          • 2, 4-DNP
          • $NH_2OH $
          • $NaHSO_3$
          • NaOH

        • 4.
          Among the following, the achiral amino acid is

            • 2-ethylalanine
            • 2-methylglycine
            • 2-hydroxymethylserine
            • tryptophan

          • 5.
            On the basis of standard electrode potential of redox couples given below, find out which of the following is the strongest oxidising agent. (E$^{\circ}$ values : $Fe^{3+}\left| Fe^{2+}=+ 0.77 V ; I_{2\left(s\right)}\right|I^{- } =$ $+ 0.54 V; Cu^{2+}\left|Cu= + .34 V ; Ag^{+}\right| Ag = + 0.80 V$)

              • $Fe^{3+}$
              • $I_{2(s)}$
              • $Cu^{2+}$
              • $Ag^{+}$

            • 6.
              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
                • $\lambda$
                • $25\,\lambda$

              Fees Structure

              Structure based on different categories

              CategoriesState
              General650
              sc500

              Note: INR 750/- in case of candidates residing outside the state of Karnataka and INR 5,000/- in case of candidates residing outside India.

              In case of any inaccuracy, Notify Us! 

              Comments


              No Comments To Show