Past Papers
Practice Questions: AS & A Level Physics - 9702 Paper 1 2015 Summer Zone 1
Like Icon 0
Share
Questions: 18/40
Topic: CH6 - WORK, ENERGY & POWER
Solution

Solution is C,C

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 2015

MCQ
CH1 - PHYSICAL QUANTITIES & UNITS
Which is an SI base unit?
2015 Summer
MCQ
CH1 - PHYSICAL QUANTITIES & UNITS
Which pair contains one vector and one scalar quantity?
2015 Summer
MCQ
CH1 - PHYSICAL QUANTITIES & UNITS
When a constant braking force is applied to a vehicle moving at speed $v$, the distance $d$ moved by the vehicle in coming to rest is given by the exp...
2015 Summer
MCQ
CH2 - MEASUREMENT TECHNIQUES
A whale produces sound waves of frequency 5 Hz. The waves are detected by a microphone and displayed on an oscilloscope. What is the time-base setting...
2015 Summer
MCQ
CH2 - MEASUREMENT TECHNIQUES
The angular deflection of the needle of an ammeter varies with the current in the ammeter as shown in the graph. Which diagram could represent the ap...
2015 Summer
MCQ
CH2 - MEASUREMENT TECHNIQUES
The strain energy $W$ of a spring is determined from its spring constant $k$ and extension $x$. The spring obeys Hooke's law and the value of $W$ is c...
2015 Summer
MCQ
CH3 - KINEMATICS
A sphere is released and falls. Its initial acceleration reduces until it eventually begins to travel at constant terminal velocity. Which displacemen...
2015 Summer
MCQ
CH3 - KINEMATICS
An insect jumps with an initial vertical velocity of 1.0 $\text{m s}^{-1}$, reaching a maximum height of 3.5 $\times 10^{-2} \text{m}$. Assume the dec...
2015 Summer
MCQ
CH3 - KINEMATICS
A body having uniform acceleration $a$ increases its velocity from $u$ to $v$ in time $t$. Which expression would not give a correct value for the bo...
2015 Summer
MCQ
CH4 - DYNAMICS
What is a reasonable estimate of the average gravitational force acting on a fully grown woman standing on the Earth?
2015 Summer