Examination Papers |
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psl.
... diameter of tube = 0.24 mm . ; height of liquid = 11.9 ( b ) diameter of tube = 1.20 mm . ; height of liquid = 2.4 What does your result tell you with regard to the best ex- perimental arrangement for an accurate determination ? 6 ...
... diameter of tube = 0.24 mm . ; height of liquid = 11.9 ( b ) diameter of tube = 1.20 mm . ; height of liquid = 2.4 What does your result tell you with regard to the best ex- perimental arrangement for an accurate determination ? 6 ...
psl.
... diameter 40 cm . , consisting of 20 turns , placed in a vertical plane at right angles to the magnetic meridian . Compare the times of oscillation of two small magnets of moments M and M ' and of equal masses and equal dimensions ...
... diameter 40 cm . , consisting of 20 turns , placed in a vertical plane at right angles to the magnetic meridian . Compare the times of oscillation of two small magnets of moments M and M ' and of equal masses and equal dimensions ...
psl.
... diameter 40 cm . , consisting of 20 turns , placed in a vertical plane at right angles to the magnetic meridian . Compare the times of oscillation of two small magnets of moments M and M ' and of equal masses and equal dimensions ...
... diameter 40 cm . , consisting of 20 turns , placed in a vertical plane at right angles to the magnetic meridian . Compare the times of oscillation of two small magnets of moments M and M ' and of equal masses and equal dimensions ...
psl.
... diameter in miles , her angular diameter being 32 ' . 3. ( a ) Why does the moon present always the same face to us ? ( b ) Give the variation to this statement . 4. State clearly the difference between the functions of the siderial ...
... diameter in miles , her angular diameter being 32 ' . 3. ( a ) Why does the moon present always the same face to us ? ( b ) Give the variation to this statement . 4. State clearly the difference between the functions of the siderial ...
psl.
... diameter 0 ° 15 ' 54 " . Refraction for the observed altitude 0 ° 2 ′ 6 ′′ . Sun's horizontal parallax = 0 ° 00 ′ 8 ′′ . Equation of time is 2 min . 55 seconds to be subtracted from apparent time . 1 FACULTY OF PRACTICAL SCIENCE ...
... diameter 0 ° 15 ' 54 " . Refraction for the observed altitude 0 ° 2 ′ 6 ′′ . Sun's horizontal parallax = 0 ° 00 ′ 8 ′′ . Equation of time is 2 min . 55 seconds to be subtracted from apparent time . 1 FACULTY OF PRACTICAL SCIENCE ...
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