Q#10 ( Past Exam Paper – November 2014 Paper 41 & 42 Q1 ) An isolated sph…
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An isolated spherical planet has a diameter of 6.8 × 106 m. Its mass of 6.4 × 1023 kg
A thin rectangular slice of aluminium has sides of length 65 mm, 50 mm and 0.10 mm, as shown in
Q#14 A thin rectangular slice of aluminium has sides of length 65 mm, 50 mm and…
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A thin rectangular slice of aluminium has sides of length 65 mm, 50 mm and 0.10 mm, as shown in
A rigid cross-shaped structure having four arms PO, SO, QO and RO, each 1.00 m long,
Q#44 A rigid cross-shaped structure having four arms PO, SO, QO and RO , each …
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A rigid cross-shaped structure having four arms PO, SO, QO and RO, each 1.00 m long,
(a) State what is meant by a magnetic field. (b) A charged particle of mass m and charge +q
Q#16 (a) State what is meant by a magnetic field . [2] (b) A charged parti…
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(a) State what is meant by a magnetic field. (b) A charged particle of mass m and charge +q
A vertical tube, closed at one end, is immersed in water. A column of air is trapped inside the tube.
Q#45 A vertical tube, closed at one end, is immersed in water. A column of air …
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A vertical tube, closed at one end, is immersed in water. A column of air is trapped inside the tube.
A man standing next to a stationary train hears sound of frequency 400 Hz emitted from the train’s horn.
Q#25 A man standing next to a stationary train hears sound of frequency 400 H…
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A man standing next to a stationary train hears sound of frequency 400 Hz emitted from the train’s horn.
(a) (i) State the basic assumption of the kinetic theory of gases that leads to the conclusion
Q#10 (a) (i) State the basic assumption of the kinetic theory of gases that le…
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(a) (i) State the basic assumption of the kinetic theory of gases that leads to the conclusion