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It was a small room, containing a double bed. ||||| It was prettily furnished in white, with white curtains, and toilet-table articles in ivory to match.
What did the small room look like It was heavily furnished
false
11
Fiction/gutenberg-10082.txt
false
It was a small room, containing a double bed. ||||| It was prettily furnished in white, with white curtains, and toilet-table articles in ivory to match.
What did the small room look like It was prettily furnished in white, with white curtains, and toilet-table articles in ivory to match
true
11
Fiction/gutenberg-10082.txt
false
It was a small room, containing a double bed. ||||| It was prettily furnished in white, with white curtains, and toilet-table articles in ivory to match.
What did the small room look like It was barely furnished
true
11
Fiction/gutenberg-10082.txt
false
Rolfe put down the little dog he had been holding, and went out into the hall. ||||| The dog accompanied him, frisking about him in friendly fashion.
Who did the dog accompany Rolfe
true
12
Fiction/gutenberg-10082.txt
true
Rolfe put down the little dog he had been holding, and went out into the hall. ||||| The dog accompanied him, frisking about him in friendly fashion.
Who did the dog accompany Inspector Chippenfield
false
12
Fiction/gutenberg-10082.txt
true
A glance round the room convinced Rolfe that it was impossible for a man to secrete himself in it. ||||| The door of the wardrobe had been flung open by the inspector, and the dresses and other articles of feminine apparel it contained flung out on the floor. ||||| There was no other hiding-place possible, except beneath the bed, and the ruthless hand of the inspector had torn off the white muslin bed hangings, revealing emptiness underneath.
Why did Rolfe stop his search in the first room There was no place to hide
true
13
Fiction/gutenberg-10082.txt
true
A glance round the room convinced Rolfe that it was impossible for a man to secrete himself in it. ||||| The door of the wardrobe had been flung open by the inspector, and the dresses and other articles of feminine apparel it contained flung out on the floor. ||||| There was no other hiding-place possible, except beneath the bed, and the ruthless hand of the inspector had torn off the white muslin bed hangings, revealing emptiness underneath.
Why did Rolfe stop his search in the first room The was no place to rest
false
13
Fiction/gutenberg-10082.txt
true
A glance round the room convinced Rolfe that it was impossible for a man to secrete himself in it. ||||| The door of the wardrobe had been flung open by the inspector, and the dresses and other articles of feminine apparel it contained flung out on the floor. ||||| There was no other hiding-place possible, except beneath the bed, and the ruthless hand of the inspector had torn off the white muslin bed hangings, revealing emptiness underneath.
Why did Rolfe stop his search in the first room Because all hiding places were empty
true
13
Fiction/gutenberg-10082.txt
true
Opposite the bathroom was a small bedroom, very barely furnished, offering no possibility of concealment. ||||| Rolfe first examined the bedroom that he had seen Inspector Chippenfield enter.
How many bedrooms did Rolfe examine 2
false
14
Fiction/gutenberg-10082.txt
true
Opposite the bathroom was a small bedroom, very barely furnished, offering no possibility of concealment. ||||| Rolfe first examined the bedroom that he had seen Inspector Chippenfield enter.
How many bedrooms did Rolfe examine Four
false
14
Fiction/gutenberg-10082.txt
true
Opposite the bathroom was a small bedroom, very barely furnished, offering no possibility of concealment. ||||| Rolfe first examined the bedroom that he had seen Inspector Chippenfield enter.
How many bedrooms did Rolfe examine Three
true
14
Fiction/gutenberg-10082.txt
true
Rolfe first examined the bedroom that he had seen Inspector Chippenfield enter. ||||| The door of the wardrobe had been flung open by the inspector, and the dresses and other articles of feminine apparel it contained flung out on the floor.
What is the name of the Inspector who flung open the door of the wardrobe Rolfe
false
15
Fiction/gutenberg-10082.txt
false
Rolfe first examined the bedroom that he had seen Inspector Chippenfield enter. ||||| The door of the wardrobe had been flung open by the inspector, and the dresses and other articles of feminine apparel it contained flung out on the floor.
What is the name of the Inspector who flung open the door of the wardrobe Chippenfield
true
15
Fiction/gutenberg-10082.txt
false
Mechanical energy is a combination of the energy of motion or position. ||||| As the arrow is released, the bow releases its stored energy and puts the arrow into motion.
Is an arrow released from a bow an example of mechanical energy No
false
0
Science-textbook/science-g4-38.txt
true
Mechanical energy is a combination of the energy of motion or position. ||||| As the arrow is released, the bow releases its stored energy and puts the arrow into motion.
Is an arrow released from a bow an example of mechanical energy Yes
true
0
Science-textbook/science-g4-38.txt
true
The arrow gains energy from the drawn bow. ||||| As the arrow is released, the bow releases its stored energy and puts the arrow into motion.
What type of energy is released when a drawn bow releases an arrow Stored
false
1
Science-textbook/science-g4-38.txt
true
The arrow gains energy from the drawn bow. ||||| As the arrow is released, the bow releases its stored energy and puts the arrow into motion.
What type of energy is released when a drawn bow releases an arrow Thermal energy
false
1
Science-textbook/science-g4-38.txt
true
The arrow gains energy from the drawn bow. ||||| As the arrow is released, the bow releases its stored energy and puts the arrow into motion.
What type of energy is released when a drawn bow releases an arrow Nuclear energy
false
1
Science-textbook/science-g4-38.txt
true
The arrow gains energy from the drawn bow. ||||| As the arrow is released, the bow releases its stored energy and puts the arrow into motion.
What type of energy is released when a drawn bow releases an arrow Motion
true
1
Science-textbook/science-g4-38.txt
true
The arrow gains energy from the drawn bow. ||||| As the arrow is released, the bow releases its stored energy and puts the arrow into motion.
What type of energy is released when a drawn bow releases an arrow This type of energy
false
1
Science-textbook/science-g4-38.txt
true
The arrow gains energy from the drawn bow. ||||| As the arrow is released, the bow releases its stored energy and puts the arrow into motion.
What type of energy is released when a drawn bow releases an arrow Mechanical
false
1
Science-textbook/science-g4-38.txt
true
The arrow gains energy from the drawn bow. ||||| As the arrow is released, the bow releases its stored energy and puts the arrow into motion.
What type of energy is released when a drawn bow releases an arrow Mechanical energy
false
1
Science-textbook/science-g4-38.txt
true
The arrow gains energy from the drawn bow. ||||| As the arrow is released, the bow releases its stored energy and puts the arrow into motion.
What type of energy is released when a drawn bow releases an arrow Stored energy
true
1
Science-textbook/science-g4-38.txt
true
The arrow gains energy from the drawn bow. ||||| As the arrow is released, the bow releases its stored energy and puts the arrow into motion.
What type of energy is released when a drawn bow releases an arrow Potential energy
true
1
Science-textbook/science-g4-38.txt
true
This means it is not moving yet, but it has the potential to move. ||||| This energy is stored energy.
Does stored energy require motion Yes
false
2
Science-textbook/science-g4-38.txt
true
This means it is not moving yet, but it has the potential to move. ||||| This energy is stored energy.
Does stored energy require motion No, it does not
true
2
Science-textbook/science-g4-38.txt
true
Mechanical energy is a combination of the energy of motion or position. ||||| A moving ball can have energy from motion.
What kind of energy does a moving ball have Energy of motion
true
3
Science-textbook/science-g4-38.txt
false
Mechanical energy is a combination of the energy of motion or position. ||||| A moving ball can have energy from motion.
What kind of energy does a moving ball have Energy of position
false
3
Science-textbook/science-g4-38.txt
false
Mechanical energy is a combination of the energy of motion or position. ||||| A moving ball can have energy from motion.
What kind of energy does a moving ball have Mechanical
true
3
Science-textbook/science-g4-38.txt
false
Mechanical energy is a combination of the energy of motion or position. ||||| A moving ball can have energy from motion.
What kind of energy does a moving ball have Mechanical energy
true
3
Science-textbook/science-g4-38.txt
false
Mechanical energy is a combination of the energy of motion or position. ||||| A moving ball can have energy from motion.
What kind of energy does a moving ball have Stored energy
false
3
Science-textbook/science-g4-38.txt
false
Mechanical energy is a combination of the energy of motion or position. ||||| A moving ball can have energy from motion.
What kind of energy does a moving ball have Potential energy
false
3
Science-textbook/science-g4-38.txt
false
Mechanical energy is a combination of the energy of motion or position. ||||| This type of energy describes objects that are moving or could move.
What kind of energy do objects that are moving or could move possess Energy of motion
true
4
Science-textbook/science-g4-38.txt
false
Mechanical energy is a combination of the energy of motion or position. ||||| This type of energy describes objects that are moving or could move.
What kind of energy do objects that are moving or could move possess Chemical
false
4
Science-textbook/science-g4-38.txt
false
Mechanical energy is a combination of the energy of motion or position. ||||| This type of energy describes objects that are moving or could move.
What kind of energy do objects that are moving or could move possess Elastic
false
4
Science-textbook/science-g4-38.txt
false
Mechanical energy is a combination of the energy of motion or position. ||||| This type of energy describes objects that are moving or could move.
What kind of energy do objects that are moving or could move possess Potential
false
4
Science-textbook/science-g4-38.txt
false
Mechanical energy is a combination of the energy of motion or position. ||||| This type of energy describes objects that are moving or could move.
What kind of energy do objects that are moving or could move possess Mechanical
true
4
Science-textbook/science-g4-38.txt
false
Mechanical energy is a combination of the energy of motion or position. ||||| This type of energy describes objects that are moving or could move.
What kind of energy do objects that are moving or could move possess Mechanical energy
true
4
Science-textbook/science-g4-38.txt
false
Mechanical energy is a combination of the energy of motion or position. ||||| This type of energy describes objects that are moving or could move.
What kind of energy do objects that are moving or could move possess Positional
false
4
Science-textbook/science-g4-38.txt
false
Mechanical energy is a combination of the energy of motion or position. ||||| This type of energy describes objects that are moving or could move.
What kind of energy do objects that are moving or could move possess Potential energy
false
4
Science-textbook/science-g4-38.txt
false
This means it is not moving yet, but it has the potential to move. ||||| It comes from the energy created by position. ||||| This energy is stored energy.
What does stored energy mean It is mechanical
false
5
Science-textbook/science-g4-38.txt
true
This means it is not moving yet, but it has the potential to move. ||||| It comes from the energy created by position. ||||| This energy is stored energy.
What does stored energy mean That this energy is excessive
false
5
Science-textbook/science-g4-38.txt
true
This means it is not moving yet, but it has the potential to move. ||||| It comes from the energy created by position. ||||| This energy is stored energy.
What does stored energy mean That object could move
true
5
Science-textbook/science-g4-38.txt
true
This means it is not moving yet, but it has the potential to move. ||||| It comes from the energy created by position. ||||| This energy is stored energy.
What does stored energy mean It has the potential to move
true
5
Science-textbook/science-g4-38.txt
true
This means it is not moving yet, but it has the potential to move. ||||| It comes from the energy created by position. ||||| This energy is stored energy.
What does stored energy mean Energy created by position
true
5
Science-textbook/science-g4-38.txt
true
This means it is not moving yet, but it has the potential to move. ||||| It comes from the energy created by position. ||||| This energy is stored energy.
What does stored energy mean It is waiting
false
5
Science-textbook/science-g4-38.txt
true
This means it is not moving yet, but it has the potential to move. ||||| It comes from the energy created by position. ||||| This energy is stored energy.
What does stored energy mean Energy that is created by position and has potential
true
5
Science-textbook/science-g4-38.txt
true
This means it is not moving yet, but it has the potential to move. ||||| It comes from the energy created by position. ||||| This energy is stored energy.
What does stored energy mean Energy created by motion
false
5
Science-textbook/science-g4-38.txt
true
This means it is not moving yet, but it has the potential to move. ||||| It comes from the energy created by position. ||||| This energy is stored energy.
What does stored energy mean It is not released yet
true
5
Science-textbook/science-g4-38.txt
true
This means it is not moving yet, but it has the potential to move. ||||| This energy is stored energy.
What does stored energy have the potential to do Save energy
false
6
Science-textbook/science-g4-38.txt
false
This means it is not moving yet, but it has the potential to move. ||||| This energy is stored energy.
What does stored energy have the potential to do It has potential to move
true
6
Science-textbook/science-g4-38.txt
false
This means it is not moving yet, but it has the potential to move. ||||| This energy is stored energy.
What does stored energy have the potential to do To explode
false
6
Science-textbook/science-g4-38.txt
false
This means it is not moving yet, but it has the potential to move. ||||| This energy is stored energy.
What does stored energy have the potential to do Store energy
false
6
Science-textbook/science-g4-38.txt
false
This means it is not moving yet, but it has the potential to move. ||||| This energy is stored energy.
What does stored energy have the potential to do To vanish
false
6
Science-textbook/science-g4-38.txt
false
This means it is not moving yet, but it has the potential to move. ||||| This energy is stored energy.
What does stored energy have the potential to do To move
true
6
Science-textbook/science-g4-38.txt
false
This means it is not moving yet, but it has the potential to move. ||||| This energy is stored energy.
What does stored energy have the potential to do It has potential to gain energy
false
6
Science-textbook/science-g4-38.txt
false
A moving ball can have energy from motion. ||||| An arrow can also have the energy of motion. ||||| Both are types of mechanical energy.
What type of energy do a moving arrow or ball have Energy of motion
true
7
Science-textbook/science-g4-38.txt
false
A moving ball can have energy from motion. ||||| An arrow can also have the energy of motion. ||||| Both are types of mechanical energy.
What type of energy do a moving arrow or ball have Nuclear energy
false
7
Science-textbook/science-g4-38.txt
false
A moving ball can have energy from motion. ||||| An arrow can also have the energy of motion. ||||| Both are types of mechanical energy.
What type of energy do a moving arrow or ball have Motion
false
7
Science-textbook/science-g4-38.txt
false
A moving ball can have energy from motion. ||||| An arrow can also have the energy of motion. ||||| Both are types of mechanical energy.
What type of energy do a moving arrow or ball have Potential
false
7
Science-textbook/science-g4-38.txt
false
A moving ball can have energy from motion. ||||| An arrow can also have the energy of motion. ||||| Both are types of mechanical energy.
What type of energy do a moving arrow or ball have Mechanical
true
7
Science-textbook/science-g4-38.txt
false
A moving ball can have energy from motion. ||||| An arrow can also have the energy of motion. ||||| Both are types of mechanical energy.
What type of energy do a moving arrow or ball have Mechanical energy
true
7
Science-textbook/science-g4-38.txt
false
A moving ball can have energy from motion. ||||| An arrow can also have the energy of motion. ||||| Both are types of mechanical energy.
What type of energy do a moving arrow or ball have Elastic energy
false
7
Science-textbook/science-g4-38.txt
false
A moving ball can have energy from motion. ||||| An arrow can also have the energy of motion. ||||| Both are types of mechanical energy.
What type of energy do a moving arrow or ball have Potential energy
false
7
Science-textbook/science-g4-38.txt
false
Mechanical energy is a combination of the energy of motion or position. ||||| This type of energy describes objects that are moving or could move.
Is an object with mechanical energy always moving No
true
8
Science-textbook/science-g4-38.txt
false
Mechanical energy is a combination of the energy of motion or position. ||||| This type of energy describes objects that are moving or could move.
Is an object with mechanical energy always moving No, they can be still and have potential energy too
true
8
Science-textbook/science-g4-38.txt
false
Mechanical energy is a combination of the energy of motion or position. ||||| This type of energy describes objects that are moving or could move.
Is an object with mechanical energy always moving Yes
false
8
Science-textbook/science-g4-38.txt
false
Mechanical energy is a combination of the energy of motion or position. ||||| This type of energy describes objects that are moving or could move.
Is an object with mechanical energy always moving Yes, they are always moving
false
8
Science-textbook/science-g4-38.txt
false
It comes from the energy created by position. ||||| This energy is stored energy.
What kind of energy is created by position kinetic
false
9
Science-textbook/science-g4-38.txt
false
It comes from the energy created by position. ||||| This energy is stored energy.
What kind of energy is created by position Energy of motion
false
9
Science-textbook/science-g4-38.txt
false
It comes from the energy created by position. ||||| This energy is stored energy.
What kind of energy is created by position Stored
true
9
Science-textbook/science-g4-38.txt
false
It comes from the energy created by position. ||||| This energy is stored energy.
What kind of energy is created by position Potential
true
9
Science-textbook/science-g4-38.txt
false
It comes from the energy created by position. ||||| This energy is stored energy.
What kind of energy is created by position Mechanical energy
false
9
Science-textbook/science-g4-38.txt
false
It comes from the energy created by position. ||||| This energy is stored energy.
What kind of energy is created by position Potential energy
false
9
Science-textbook/science-g4-38.txt
false
A moving ball can have energy from motion. ||||| An arrow can also have the energy of motion. ||||| Both are types of mechanical energy.
What types of energy do a moving ball or flying arrow have Energy of motion
true
10
Science-textbook/science-g4-38.txt
true
A moving ball can have energy from motion. ||||| An arrow can also have the energy of motion. ||||| Both are types of mechanical energy.
What types of energy do a moving ball or flying arrow have Nuclear energy
false
10
Science-textbook/science-g4-38.txt
true
A moving ball can have energy from motion. ||||| An arrow can also have the energy of motion. ||||| Both are types of mechanical energy.
What types of energy do a moving ball or flying arrow have Energy of position
false
10
Science-textbook/science-g4-38.txt
true
A moving ball can have energy from motion. ||||| An arrow can also have the energy of motion. ||||| Both are types of mechanical energy.
What types of energy do a moving ball or flying arrow have Mechanical
true
10
Science-textbook/science-g4-38.txt
true
A moving ball can have energy from motion. ||||| An arrow can also have the energy of motion. ||||| Both are types of mechanical energy.
What types of energy do a moving ball or flying arrow have Mechanical energy
true
10
Science-textbook/science-g4-38.txt
true
A moving ball can have energy from motion. ||||| An arrow can also have the energy of motion. ||||| Both are types of mechanical energy.
What types of energy do a moving ball or flying arrow have Stored energy
false
10
Science-textbook/science-g4-38.txt
true
A moving ball can have energy from motion. ||||| An arrow can also have the energy of motion. ||||| Both are types of mechanical energy.
What types of energy do a moving ball or flying arrow have Potential energy
false
10
Science-textbook/science-g4-38.txt
true
Mechanical energy is a combination of the energy of motion or position. ||||| This type of energy describes objects that are moving or could move.
Why is it possible for a moving ball to still have energy of position Because it has to move potentially
false
11
Science-textbook/science-g4-38.txt
true
Mechanical energy is a combination of the energy of motion or position. ||||| This type of energy describes objects that are moving or could move.
Why is it possible for a moving ball to still have energy of position Because it can move
false
11
Science-textbook/science-g4-38.txt
true
Mechanical energy is a combination of the energy of motion or position. ||||| This type of energy describes objects that are moving or could move.
Why is it possible for a moving ball to still have energy of position Its energy is not released instantly
true
11
Science-textbook/science-g4-38.txt
true
Mechanical energy is a combination of the energy of motion or position. ||||| This type of energy describes objects that are moving or could move.
Why is it possible for a moving ball to still have energy of position Because it has weight
false
11
Science-textbook/science-g4-38.txt
true
Mechanical energy is a combination of the energy of motion or position. ||||| This type of energy describes objects that are moving or could move.
Why is it possible for a moving ball to still have energy of position Because it has mass
false
11
Science-textbook/science-g4-38.txt
true
Mechanical energy is a combination of the energy of motion or position. ||||| This type of energy describes objects that are moving or could move.
Why is it possible for a moving ball to still have energy of position All objects have energy of position
false
11
Science-textbook/science-g4-38.txt
true
Mechanical energy is a combination of the energy of motion or position. ||||| This type of energy describes objects that are moving or could move.
Why is it possible for a moving ball to still have energy of position The ball may still have the potential to move
true
11
Science-textbook/science-g4-38.txt
true
How can you store energy? ||||| The arrow gains energy from the drawn bow.
How is energy stored in a bow and arrow By position
false
12
Science-textbook/science-g4-38.txt
false
How can you store energy? ||||| The arrow gains energy from the drawn bow.
How is energy stored in a bow and arrow With the help of magnetic field
false
12
Science-textbook/science-g4-38.txt
false
How can you store energy? ||||| The arrow gains energy from the drawn bow.
How is energy stored in a bow and arrow It is released
false
12
Science-textbook/science-g4-38.txt
false
How can you store energy? ||||| The arrow gains energy from the drawn bow.
How is energy stored in a bow and arrow It gains energy from the drawn bow
true
12
Science-textbook/science-g4-38.txt
false
How can you store energy? ||||| The arrow gains energy from the drawn bow.
How is energy stored in a bow and arrow Its shape
false
12
Science-textbook/science-g4-38.txt
false
How can you store energy? ||||| The arrow gains energy from the drawn bow.
How is energy stored in a bow and arrow The potential energy in its rockets
false
12
Science-textbook/science-g4-38.txt
false
How can you store energy? ||||| The arrow gains energy from the drawn bow.
How is energy stored in a bow and arrow The drawn bow
true
12
Science-textbook/science-g4-38.txt
false
How can you store energy? ||||| The arrow gains energy from the drawn bow.
How is energy stored in a bow and arrow It is stored in a battery
false
12
Science-textbook/science-g4-38.txt
false
Mechanical energy is a combination of the energy of motion or position. ||||| This type of energy describes objects that are moving or could move. ||||| It comes from the energy created by position. ||||| This energy is stored energy.
How can a ball that is not moving possess energy of position It is because it has mechanical energy
false
13
Science-textbook/science-g4-38.txt
false
Mechanical energy is a combination of the energy of motion or position. ||||| This type of energy describes objects that are moving or could move. ||||| It comes from the energy created by position. ||||| This energy is stored energy.
How can a ball that is not moving possess energy of position It is mechanical
false
13
Science-textbook/science-g4-38.txt
false
Mechanical energy is a combination of the energy of motion or position. ||||| This type of energy describes objects that are moving or could move. ||||| It comes from the energy created by position. ||||| This energy is stored energy.
How can a ball that is not moving possess energy of position It gets it from thermal energy
false
13
Science-textbook/science-g4-38.txt
false
Mechanical energy is a combination of the energy of motion or position. ||||| This type of energy describes objects that are moving or could move. ||||| It comes from the energy created by position. ||||| This energy is stored energy.
How can a ball that is not moving possess energy of position If the ball is in a position where it could move, it has the stored energy of position
true
13
Science-textbook/science-g4-38.txt
false