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- Explain how you can determine the combined capacitance of Capacitors arranged in parallel.(Solved)
Explain how you can determine the combined capacitance of Capacitors arranged in parallel.
Date posted: April 24, 2019. Answers (1)
- Explain how you can experimentally investigate the factors affecting capacitance(Solved)
Explain how you can experimentally investigate the factors affecting capacitance
Date posted: April 24, 2019. Answers (1)
- Describe an experiment to show how a capacitor is discharged.(Solved)
Describe an experiment to show how a capacitor is discharged.
Date posted: April 24, 2019. Answers (1)
- Describe an experiment to show how a capacitor can be charged.(Solved)
Describe an experiment to show how a capacitor can be charged.
Date posted: April 24, 2019. Answers (1)
- Describe how charges are distributed on different surface a conductor.(Solved)
Describe how charges are distributed on different surface a conductor.
Date posted: April 24, 2019. Answers (1)
- Explain how you can determine the velocity ratio of a Pulley belt.(Solved)
Explain how you can determine the velocity ratio of a Pulley belt.
Date posted: April 24, 2019. Answers (1)
- Derive the formula for the velocity ratio of a wheel and axle.(Solved)
Derive the formula for the velocity ratio of a wheel and axle.
Date posted: April 24, 2019. Answers (1)
- Describe how you can determine the velocity ratio of an Hydraulic machine.(Solved)
Describe how you can determine the velocity ratio of an Hydraulic machine.
Date posted: April 24, 2019. Answers (1)
- Explain how you can determine the velocity ratio of the following;
a) Single fixed pulley
b) Single moveable pulley
c) A block and tackle(Solved)
Explain how you can determine the velocity ratio of the following;
a) Single fixed pulley
b) Single moveable pulley
c) A block and tackle
Date posted: April 24, 2019. Answers (1)
- Derive a formula to calculate the velocity ratio of gears.(Solved)
Derive a formula to calculate the velocity ratio of gears.
Date posted: April 24, 2019. Answers (1)
- Derive the formula of calculating the velocity ratio using inclined planes.(Solved)
Derive the formula of calculating the velocity ratio using inclined planes.
Date posted: April 24, 2019. Answers (1)
- Describe an experiment to show viscosity in fluids.(Solved)
Describe an experiment to show viscosity in fluids.
Date posted: April 24, 2019. Answers (1)
- Describe the working of a lift in the following states of motion;
a)At rest.
b)Descending with an acceleration a.
c)Ascending with an acceleration a(Solved)
Describe the working of a lift in the following states of motion;
a)At rest.
b)Descending with an acceleration a.
c)Ascending with an acceleration a
Date posted: April 24, 2019. Answers (1)
- Highlight three practical examples where the Newton’s first law of motion is applied.(Solved)
Highlight three practical examples where the Newton’s first law of motion is applied.
Date posted: April 24, 2019. Answers (1)
- Describe an experiment to determine acceleration due to gravity.(Solved)
Describe an experiment to determine acceleration due to gravity.
Date posted: April 24, 2019. Answers (1)
- Describe horizontal projection.(Solved)
Describe horizontal projection.
Date posted: April 24, 2019. Answers (1)
- Describe vertical projection.(Solved)
Describe vertical projection.
Date posted: April 24, 2019. Answers (1)
- Describe free fall.(Solved)
Describe free fall.
Date posted: April 24, 2019. Answers (1)
- Using a tick-timer tape show the patterns for the following motions;
a)A body moving at constant velocity.
b)A body moving with increasing velocity (accelerating).
c)A body moving with...(Solved)
Using a tick-timer tape show the patterns for the following motions;
a)A body moving at constant velocity.
b)A body moving with increasing velocity (accelerating).
c)A body moving with decreasing velocity (decelerating).
In each case show the direction of motion.
Date posted: April 24, 2019. Answers (1)
- Describe the following Velocity-time graphs:(Solved)
Describe the following Velocity-time graphs:
Date posted: April 24, 2019. Answers (1)