i. Design and draw a circuit consists of THREE (3) resistors R1, R2 and R3 and ONE (1) battery (use your own value of resistance and voltage) in combination of series and parallel configuration to show total resistance of 350 Ω. Label correctly all the components in the circuit with the direction of current flow. ii. Determine the current drawn from the battery in question a (i). iii. If resistors R1, R2 and R3 are replace with bulbs; A, B and C, assume the consequence of arranging all bulbs into series configuration in the circuit.
. i. Design and draw a circuit consists of THREE (3) resistors R1, R2 and R3 and
ONE (1) battery (use your own value of resistance and voltage) in combination
of series and parallel configuration to show total resistance of 350 Ω. Label
correctly all the components in the circuit with the direction of current flow.
ii. Determine the current drawn from the battery in question a (i).
iii. If resistors R1, R2 and R3 are replace with bulbs; A, B and C, assume the
consequence of arranging all bulbs into series configuration in the circuit.
a)iv By looking around you, choose & explain TWO (2) applications of
MAGNETISM that you think it contribute most in your everyday life.
Elaborate on how both of these sources help you.
b)i.A 'X'm long wire carrying a current of 1.'Y'Ampere forms a 2-turn loop in the
shape of an equilateral triangle. If the loop is placed in a constant uniform
magnetic field with a magnitude of 0.734 T, determine the maximum torque
that acts on it.
('X' = 03, 'Y' = 85)
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