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1116

If a = \(\left| \begin{array}{cc} 3 \\ 2 \end{array} \right|\) and b = \(\left| \begin{array}{cc} -3 \\ 5\end{array} \right|\). Find the vector c such that 4a + 3c = b

  • A. \(\left| \begin{array}{cc} -5 \\ 1\end{array} \right|\)
  • B. \(\left| \begin{array}{cc} 3 \\ 1\end{array} \right|\)
  • C. \(\left| \begin{array}{cc} -5 \\ -9\end{array} \right|\)
  • D. \(\left| \begin{array}{cc} -5 \\ -1\end{array} \right|\)
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1117

A lift moving with a uniform acceleration of 5 ms\(^{-2}\) carries a body of mass p kg. If the reaction on the floor is 480N, find the value of p [take g =10ms\(^{-1}\)]

  • A. 48
  • B. 64
  • C. 32
  • D. 36
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1118

Calculate correct to one decimal place, the angle between 5i + 12j and -2i + 3J

  • A. 56.3\(^o\)
  • B. 54.8\(^o\)
  • C. 66.4\(^o\)
  • D. 76.3\(^o\)
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1119

A particle is projected vertically upward from a height 45 metres above the ground with a velocity of 40m/s. How long does it takes to hit the ground?

  • A. 9s
  • B. 1s
  • C. 3s
  • D. 7s
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1120

Two forces, each of magnitude 16N, are inclined to each  other at an angle of 60º 

  • A. 18\(\sqrt{3}\)
  • B. 18
  • C. 16
  • D. 16\(\sqrt{3}\)
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Post-UTME Past Questions - Original materials are available here - Download PDF for your school of choice + 1 year SMS alerts