Past Papers
Practice Questions: AS & A Level Physics - 9702 Paper 1 2010 Winter Zone 3
Like Icon 0
Share
Questions: 16/38
Topic: CH6 - WORK, ENERGY & POWER
Solution

Solution is D,D,D

PRACTISE
Similar Questions
LEARN
Concepts with Sparky
Close Icon
Close Icon
Close Icon
Access AI-Features in
IB Past Papers App
Access
AI-Features in
IB Past Papers App
QR Code

Get exclusive access to our AI features such as instant feedback, similar questions and AI tutor sessions.

;

Related Questions from Similar Topic

Theory
CH6 - WORK, ENERGY & POWER
A signal is to be transmitted along a cable system of total length 125 km. The cable has an attenuation of 7 dB km$^{-1}$. Amplifiers, each having a g...
2009 Summer
MCQ
CH6 - WORK, ENERGY & POWER
A projectile is launched at 45° to the horizontal with initial kinetic energy $E$. Assuming air resistance to be negligible, what will be the kin...
2009 Winter
MCQ
CH6 - WORK, ENERGY & POWER
Two trolleys are placed together on a horizontal runway with a compressed spring between them. When they are released, the 2 kg trolley moves to th...
2009 Winter
MCQ
CH6 - WORK, ENERGY & POWER
An electric railway locomotive has a maximum mechanical output power of 4.0 MW. Electrical power is delivered at 25 kV from overhead wires. The overal...
2009 Winter
MCQ
CH6 - WORK, ENERGY & POWER
A force of 1000 N is needed to lift the hook of a crane at a steady velocity. The crane is then used to lift a load of mass 1000 kg at a velocity of 0...
2010 Summer
MCQ
CH6 - WORK, ENERGY & POWER
A constant force $F$, acting on a car of mass $m$, moves the car up the slope through a distance $s$ at constant velocity $v$. The angle of the slope ...
2010 Summer
MCQ
CH6 - WORK, ENERGY & POWER
A constant force $F$, acting on a car of mass $m$, moves the car up the slope through a distance $s$ at constant velocity $v$. The angle of the slope ...
2010 Summer
MCQ
CH6 - WORK, ENERGY & POWER
A force of 1000 N is needed to lift the hook of a crane at a steady velocity. The crane is then used to lift a load of mass 1000 kg at a velocity of 0...
2010 Summer
MCQ
CH6 - WORK, ENERGY & POWER
A constant force $F$, acting on a car of mass $m$, moves the car up the slope through a distance $s$ at constant velocity $v$. The angle of the slope...
2010 Summer
MCQ
CH6 - WORK, ENERGY & POWER
A force of 1000 N is needed to lift the hook of a crane at a steady velocity. The crane is then used to lift a load of mass 1000 kg at a velocity of 0...
2010 Summer

More Questions from year 2010

MCQ
CH1 - PHYSICAL QUANTITIES & UNITS
The SI unit for potential difference (the volt) is given, in base units, by
2010 Summer
MCQ
CH1 - PHYSICAL QUANTITIES & UNITS
The product of pressure and volume has the same SI base units as
2010 Summer
MCQ
CH1 - PHYSICAL QUANTITIES & UNITS
An ion is accelerated by a series of electrodes in a vacuum. A graph of the power supplied to the ion is plotted against time.What is represented by t...
2010 Summer
MCQ
CH1 - PHYSICAL QUANTITIES & UNITS
A vector quantity $V$ is resolved into two perpendicular components $X$ and $Y$. The angle between $V$ and component $X$ is $\theta$. The angle betwee...
2010 Summer
MCQ
CH3 - KINEMATICS
The diagram shows a velocity-time graph for a vehicle. The vehicle, moving at 4.0 ms-1, begins to accelerate at time = 0. What is the vehicle's ac...
2010 Summer
MCQ
CH3 - KINEMATICS
A small steel ball falls freely under gravity after being released from rest. Which graph best represents the variation of the height $h$ of the ball...
2010 Summer
MCQ
CH4 - DYNAMICS
Two equal masses travel towards each other on a frictionless air track at speeds of $60 \text{ cm s}^{-1}$ and $40 \text{ cm s}^{-1}$. They stick toge...
2010 Summer
MCQ
CH4 - DYNAMICS
A brick weighing 20 N rests on an inclined plane. The weight of the brick has a component of 10 N parallel with the plane. The brick also experiences ...
2010 Summer
MCQ
CH4 - DYNAMICS
The diagram shows two identical spheres X and Y. Initially, X moves with speed v directly towards Y. Y is stationary. The spheres collide elastical...
2010 Summer
MCQ
CH5 - FORCES, DENSITY & PRESSURE
Forces of 3 N, 4 N and 5 N act at one point on an object. The angles at which the forces act can vary. What is the value of the minimum resultant for...
2010 Summer