Datasets:
kleinay
/
qa_srl

Dataset card Data Studio Files Community
sentence
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1.55k
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stringlengths
12
31
predicate_idx
int32
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172
predicate
stringlengths
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18
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stringlengths
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16
question
sequence
answers
sequence
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sequence
About half of the solar radiation that strikes the top of the atmosphere is filtered out before it reaches the ground .
TQA:T_1256_0
14
filtered
true
filter
[ "how", "is", "something", "filtered", "_", "_", "_", "?" ]
[ "out" ]
[ [ 15, 16 ] ]
About half of the solar radiation that strikes the top of the atmosphere is filtered out before it reaches the ground .
TQA:T_1256_0
14
filtered
true
filter
[ "how much", "is", "something", "filtered", "_", "_", "_", "?" ]
[ "About half" ]
[ [ 0, 2 ] ]
About half of the solar radiation that strikes the top of the atmosphere is filtered out before it reaches the ground .
TQA:T_1256_0
14
filtered
true
filter
[ "what", "is", "_", "filtered", "_", "_", "_", "?" ]
[ "the solar radiation that strikes the top of the atmosphere", "solar radiation" ]
[ [ 3, 13 ], [ 4, 6 ] ]
About half of the solar radiation that strikes the top of the atmosphere is filtered out before it reaches the ground .
TQA:T_1256_0
14
filtered
true
filter
[ "when", "is", "something", "filtered", "_", "_", "_", "?" ]
[ "before it reaches the ground" ]
[ [ 16, 21 ] ]
About half of the solar radiation that strikes the top of the atmosphere is filtered out before it reaches the ground .
TQA:T_1256_0
18
reaches
true
reach
[ "what", "_", "_", "reaches", "_", "_", "somewhere", "?" ]
[ "About half of the solar radiation that strikes the top of the atmosphere", "it", "solar radiation" ]
[ [ 0, 13 ], [ 17, 18 ], [ 4, 6 ] ]
About half of the solar radiation that strikes the top of the atmosphere is filtered out before it reaches the ground .
TQA:T_1256_0
18
reaches
true
reach
[ "where", "does", "something", "reach", "_", "_", "_", "?" ]
[ "the ground" ]
[ [ 19, 21 ] ]
This energy can be absorbed by atmospheric gases , reflected by clouds , or scattered .
TQA:T_1256_1
4
absorbed
true
absorb
[ "what", "can", "_", "absorbed", "_", "by", "something", "?" ]
[ "This energy", "atmospheric gases" ]
[ [ 0, 2 ], [ 6, 8 ] ]
This energy can be absorbed by atmospheric gases , reflected by clouds , or scattered .
TQA:T_1256_1
4
absorbed
true
absorb
[ "what", "can", "something", "absorbed", "_", "by", "_", "?" ]
[ "atmospheric gases", "energy" ]
[ [ 6, 8 ], [ 1, 2 ] ]
This energy can be absorbed by atmospheric gases , reflected by clouds , or scattered .
TQA:T_1256_1
9
reflected
true
reflect
[ "what", "is", "_", "reflected", "_", "_", "_", "?" ]
[ "atmospheric gases", "energy", "This energy" ]
[ [ 6, 8 ], [ 1, 2 ], [ 0, 2 ] ]
This energy can be absorbed by atmospheric gases , reflected by clouds , or scattered .
TQA:T_1256_1
9
reflected
true
reflect
[ "what", "is", "something", "reflected", "_", "by", "_", "?" ]
[ "clouds" ]
[ [ 11, 12 ] ]
This energy can be absorbed by atmospheric gases , reflected by clouds , or scattered .
TQA:T_1256_1
14
scattered
true
scatter
[ "what", "is", "_", "scattered", "_", "_", "_", "?" ]
[ "This energy", "energy" ]
[ [ 0, 2 ], [ 1, 2 ] ]
Scattering occurs when a light wave strikes a particle and bounces off in some other direction .
TQA:T_1256_2
0
Scattering
true
scatter
[ "when", "does", "something", "scatter", "_", "_", "_", "?" ]
[ "when a light wave strikes a particle", "when a light wave strikes a particle and bounces off in some other direction" ]
[ [ 2, 9 ], [ 2, 16 ] ]
Scattering occurs when a light wave strikes a particle and bounces off in some other direction .
TQA:T_1256_2
1
occurs
true
occur
[ "how", "does", "something", "occur", "_", "_", "_", "?" ]
[ "when a light wave strikes a particle and bounces off in some other direction" ]
[ [ 2, 16 ] ]
Scattering occurs when a light wave strikes a particle and bounces off in some other direction .
TQA:T_1256_2
1
occurs
true
occur
[ "what", "_", "_", "occurs", "_", "_", "_", "?" ]
[ "Scattering" ]
[ [ 0, 1 ] ]
Scattering occurs when a light wave strikes a particle and bounces off in some other direction .
TQA:T_1256_2
6
strikes
true
strike
[ "what", "is", "_", "struck", "_", "_", "_", "?" ]
[ "a particle" ]
[ [ 7, 9 ] ]
Scattering occurs when a light wave strikes a particle and bounces off in some other direction .
TQA:T_1256_2
6
strikes
true
strike
[ "what", "_", "_", "strikes", "_", "_", "_", "?" ]
[ "a light wave" ]
[ [ 3, 6 ] ]
Scattering occurs when a light wave strikes a particle and bounces off in some other direction .
TQA:T_1256_2
10
bounces
true
bounce
[ "what", "_", "_", "bounces", "_", "_", "_", "?" ]
[ "light wave", "a light wave" ]
[ [ 4, 6 ], [ 3, 6 ] ]
Scattering occurs when a light wave strikes a particle and bounces off in some other direction .
TQA:T_1256_2
10
bounces
true
bounce
[ "where", "does", "something", "bounce", "_", "_", "_", "?" ]
[ "in some other direction", "off in some other direction" ]
[ [ 12, 16 ], [ 11, 16 ] ]
About 3 % of the energy that strikes the ground is reflected back into the atmosphere .
TQA:T_1256_3
7
strikes
true
strike
[ "what", "_", "_", "strikes", "something", "_", "_", "?" ]
[ "the energy", "energy" ]
[ [ 4, 6 ], [ 5, 6 ] ]
About 3 % of the energy that strikes the ground is reflected back into the atmosphere .
TQA:T_1256_3
7
strikes
true
strike
[ "where", "does", "something", "strike", "_", "_", "_", "?" ]
[ "the ground" ]
[ [ 8, 10 ] ]
About 3 % of the energy that strikes the ground is reflected back into the atmosphere .
TQA:T_1256_3
11
reflected
true
reflect
[ "what", "is", "_", "reflected", "_", "_", "_", "?" ]
[ "energy", "About 3 % of the energy that strikes the ground" ]
[ [ 5, 6 ], [ 0, 10 ] ]
About 3 % of the energy that strikes the ground is reflected back into the atmosphere .
TQA:T_1256_3
11
reflected
true
reflect
[ "where", "is", "something", "reflected", "_", "_", "_", "?" ]
[ "back into the atmosphere" ]
[ [ 12, 16 ] ]
The rest is absorbed by rocks , soil , and water and then radiated back into the air as heat .
TQA:T_1256_4
3
absorbed
true
absorb
[ "what", "_", "_", "absorbs", "something", "_", "_", "?" ]
[ "water", "rocks , soil , and water", "rocks", "soil" ]
[ [ 10, 11 ], [ 5, 11 ], [ 5, 6 ], [ 7, 8 ] ]
The rest is absorbed by rocks , soil , and water and then radiated back into the air as heat .
TQA:T_1256_4
13
radiated
true
radiate
[ "how", "is", "something", "radiated", "_", "into", "something", "?" ]
[ "as heat", "and then", "back into the air", "absorbed by rocks , soil , and water" ]
[ [ 18, 20 ], [ 11, 13 ], [ 14, 18 ], [ 3, 11 ] ]
The rest is absorbed by rocks , soil , and water and then radiated back into the air as heat .
TQA:T_1256_4
13
radiated
true
radiate
[ "what", "is", "_", "radiated", "_", "into", "something", "?" ]
[ "The rest" ]
[ [ 0, 2 ] ]
The rest is absorbed by rocks , soil , and water and then radiated back into the air as heat .
TQA:T_1256_4
13
radiated
true
radiate
[ "what", "is", "something", "radiated", "_", "into", "_", "?" ]
[ "heat", "the air" ]
[ [ 19, 20 ], [ 16, 18 ] ]
These infrared wavelengths can only be seen by infrared sensors .
TQA:T_1256_5
6
seen
true
see
[ "what", "is", "_", "seeing", "something", "_", "_", "?" ]
[ "infrared sensors" ]
[ [ 8, 10 ] ]
These infrared wavelengths can only be seen by infrared sensors .
TQA:T_1256_5
6
seen
true
see
[ "what", "is", "something", "seeing", "_", "_", "_", "?" ]
[ "These infrared wavelengths", "infrared wavelengths" ]
[ [ 0, 3 ], [ 1, 3 ] ]
Click image to the left or use the URL below .
TQA:T_1256_6
0
Click
true
click
[ "what", "is", "_", "clicked", "_", "_", "_", "?" ]
[ "image", "image to the left" ]
[ [ 1, 2 ], [ 1, 5 ] ]
Click image to the left or use the URL below .
TQA:T_1256_6
6
use
true
use
[ "what", "is", "_", "used", "_", "_", "_", "?" ]
[ "the URL", "the URL below" ]
[ [ 7, 9 ], [ 7, 10 ] ]
Click image to the left or use the URL below .
TQA:T_1256_6
6
use
true
use
[ "where", "is", "something", "used", "_", "_", "_", "?" ]
[ "below" ]
[ [ 9, 10 ] ]
Because solar energy continually enters Earths atmosphere and ground surface , is the planet getting hotter ?
TQA:T_1257_0
4
enters
true
enter
[ "what", "does", "something", "enter", "_", "_", "_", "?" ]
[ "Earths atmosphere and ground surface", "Earths atmosphere" ]
[ [ 5, 10 ], [ 5, 7 ] ]
Because solar energy continually enters Earths atmosphere and ground surface , is the planet getting hotter ?
TQA:T_1257_0
4
enters
true
enter
[ "what", "_", "_", "enters", "something", "_", "_", "?" ]
[ "solar energy" ]
[ [ 1, 3 ] ]
Because solar energy continually enters Earths atmosphere and ground surface , is the planet getting hotter ?
TQA:T_1257_0
14
getting
true
get
[ "what", "is", "_", "getting", "_", "_", "_", "?" ]
[ "planet", "the planet" ]
[ [ 13, 14 ], [ 12, 14 ] ]
Because solar energy continually enters Earths atmosphere and ground surface , is the planet getting hotter ?
TQA:T_1257_0
14
getting
true
get
[ "what", "is", "something", "getting", "_", "_", "_", "?" ]
[ "hotter" ]
[ [ 15, 16 ] ]
The answer is no -LRB- although the next section contains an exception -RRB- , because energy from Earth escapes into space through the top of the atmosphere .
TQA:T_1257_1
9
contains
true
contain
[ "what", "_", "_", "contains", "something", "_", "_", "?" ]
[ "the next section" ]
[ [ 6, 9 ] ]
The answer is no -LRB- although the next section contains an exception -RRB- , because energy from Earth escapes into space through the top of the atmosphere .
TQA:T_1257_1
9
contains
true
contain
[ "what", "does", "something", "contain", "_", "_", "_", "?" ]
[ "an exception" ]
[ [ 10, 12 ] ]
The answer is no -LRB- although the next section contains an exception -RRB- , because energy from Earth escapes into space through the top of the atmosphere .
TQA:T_1257_1
18
escapes
true
escape
[ "how", "does", "something", "escape", "_", "_", "_", "?" ]
[ "through the top of the atmosphere" ]
[ [ 21, 27 ] ]
The answer is no -LRB- although the next section contains an exception -RRB- , because energy from Earth escapes into space through the top of the atmosphere .
TQA:T_1257_1
18
escapes
true
escape
[ "what", "_", "_", "escapes", "_", "_", "_", "?" ]
[ "energy", "energy from Earth" ]
[ [ 15, 16 ], [ 15, 18 ] ]
The answer is no -LRB- although the next section contains an exception -RRB- , because energy from Earth escapes into space through the top of the atmosphere .
TQA:T_1257_1
18
escapes
true
escape
[ "where", "does", "something", "escape", "_", "_", "_", "?" ]
[ "Earth", "into space" ]
[ [ 17, 18 ], [ 19, 21 ] ]
See the Table 1.1 .
TQA:T_1257_10
0
See
true
see
[ "what", "should", "someone", "see", "_", "_", "_", "?" ]
[ "Table 1.1", "the Table 1.1" ]
[ [ 2, 4 ], [ 1, 4 ] ]
Equatorial Region Polar Regions Day Length Nearly the same all year Night 6 months Sun Angle High Solar Radiation High Albedo Low Low Low High Note : Colder temperatures mean more ice and snow cover the ground , making albedo relatively high .
TQA:T_1257_11
25
Note
true
note
[ "what", "is", "_", "noted", "_", "_", "_", "?" ]
[ "Colder temperatures mean more ice and snow cover the ground , making albedo relatively high" ]
[ [ 27, 42 ] ]
Equatorial Region Polar Regions Day Length Nearly the same all year Night 6 months Sun Angle High Solar Radiation High Albedo Low Low Low High Note : Colder temperatures mean more ice and snow cover the ground , making albedo relatively high .
TQA:T_1257_11
29
mean
true
mean
[ "what", "does", "something", "mean", "_", "_", "_", "?" ]
[ "more ice and snow cover the ground , making albedo relatively high", "more ice and snow cover the ground", "more ice and snow" ]
[ [ 30, 42 ], [ 30, 37 ], [ 30, 34 ] ]
Equatorial Region Polar Regions Day Length Nearly the same all year Night 6 months Sun Angle High Solar Radiation High Albedo Low Low Low High Note : Colder temperatures mean more ice and snow cover the ground , making albedo relatively high .
TQA:T_1257_11
29
mean
true
mean
[ "what", "_", "_", "means", "something", "_", "_", "?" ]
[ "Colder temperatures" ]
[ [ 27, 29 ] ]
Equatorial Region Polar Regions Day Length Nearly the same all year Night 6 months Sun Angle High Solar Radiation High Albedo Low Low Low High Note : Colder temperatures mean more ice and snow cover the ground , making albedo relatively high .
TQA:T_1257_11
34
cover
true
cover
[ "what", "_", "_", "covers", "something", "_", "_", "?" ]
[ "snow" ]
[ [ 33, 34 ] ]
Equatorial Region Polar Regions Day Length Nearly the same all year Night 6 months Sun Angle High Solar Radiation High Albedo Low Low Low High Note : Colder temperatures mean more ice and snow cover the ground , making albedo relatively high .
TQA:T_1257_11
34
cover
true
cover
[ "what", "does", "something", "cover", "_", "_", "_", "?" ]
[ "the ground", "ground" ]
[ [ 35, 37 ], [ 36, 37 ] ]
Equatorial Region Polar Regions Day Length Nearly the same all year Night 6 months Sun Angle High Solar Radiation High Albedo Low Low Low High Note : Colder temperatures mean more ice and snow cover the ground , making albedo relatively high .
TQA:T_1257_11
38
making
true
make
[ "what", "is", "_", "made", "_", "_", "_", "?" ]
[ "albedo relatively high" ]
[ [ 39, 42 ] ]
The difference in solar energy received at different latitudes drives atmospheric circulation .
TQA:T_1257_12
5
received
true
receive
[ "what", "is", "_", "received", "_", "_", "_", "?" ]
[ "solar energy", "The difference in solar energy" ]
[ [ 3, 5 ], [ 0, 5 ] ]
The difference in solar energy received at different latitudes drives atmospheric circulation .
TQA:T_1257_12
5
received
true
receive
[ "where", "is", "something", "received", "_", "_", "_", "?" ]
[ "at different latitudes", "different latitudes drives atmospheric circulation" ]
[ [ 6, 9 ], [ 7, 12 ] ]
If the amount that exits is equal to the amount that comes in , then average global temperature stays the same .
TQA:T_1257_2
11
comes
true
come
[ "what", "_", "_", "comes", "_", "_", "somewhere", "?" ]
[ "the amount", "the amount", "in" ]
[ [ 8, 10 ], [ 1, 3 ], [ 12, 13 ] ]
If the amount that exits is equal to the amount that comes in , then average global temperature stays the same .
TQA:T_1257_2
11
comes
true
come
[ "where", "does", "something", "come", "_", "_", "somewhere", "?" ]
[ "in", "then average global temperature stays the same" ]
[ [ 12, 13 ], [ 14, 21 ] ]
If the amount that exits is equal to the amount that comes in , then average global temperature stays the same .
TQA:T_1257_2
18
stays
true
stay
[ "how", "does", "something", "stay", "_", "_", "_", "?" ]
[ "the same" ]
[ [ 19, 21 ] ]
If the amount that exits is equal to the amount that comes in , then average global temperature stays the same .
TQA:T_1257_2
18
stays
true
stay
[ "what", "_", "_", "stays", "_", "_", "_", "?" ]
[ "average global temperature", "global temperature" ]
[ [ 15, 18 ], [ 16, 18 ] ]
This means that the planets heat budget is in balance .
TQA:T_1257_3
1
means
true
mean
[ "what", "does", "something", "mean", "_", "_", "_", "?" ]
[ "that the planets heat budget is in balance" ]
[ [ 2, 10 ] ]
This means that the planets heat budget is in balance .
TQA:T_1257_3
1
means
true
mean
[ "what", "_", "_", "means", "something", "_", "_", "?" ]
[ "This" ]
[ [ 0, 1 ] ]
What happens if more energy comes in than goes out ?
TQA:T_1257_4
1
happens
true
happen
[ "what", "_", "_", "happens", "_", "_", "_", "?" ]
[ "if more energy comes in than goes out" ]
[ [ 2, 10 ] ]
What happens if more energy comes in than goes out ?
TQA:T_1257_4
5
comes
true
come
[ "what", "is", "_", "coming", "_", "_", "_", "?" ]
[ "energy" ]
[ [ 4, 5 ] ]
What happens if more energy comes in than goes out ?
TQA:T_1257_4
8
goes
true
go
[ "what", "is", "_", "going", "_", "_", "_", "?" ]
[ "energy" ]
[ [ 4, 5 ] ]
What happens if more energy comes in than goes out ?
TQA:T_1257_4
8
goes
true
go
[ "where", "is", "something", "going", "_", "_", "_", "?" ]
[ "out" ]
[ [ 9, 10 ] ]
If more energy goes out than comes in ?
TQA:T_1257_5
3
goes
true
go
[ "what", "_", "_", "goes", "_", "_", "somewhere", "?" ]
[ "energy" ]
[ [ 2, 3 ] ]
If more energy goes out than comes in ?
TQA:T_1257_5
3
goes
true
go
[ "where", "does", "something", "go", "_", "_", "_", "?" ]
[ "out" ]
[ [ 4, 5 ] ]
If more energy goes out than comes in ?
TQA:T_1257_5
6
comes
true
come
[ "what", "is", "_", "coming", "_", "_", "_", "?" ]
[ "energy", "more energy" ]
[ [ 2, 3 ], [ 1, 3 ] ]
If more energy goes out than comes in ?
TQA:T_1257_5
6
comes
true
come
[ "when", "is", "something", "coming", "_", "_", "_", "?" ]
[ "in" ]
[ [ 7, 8 ] ]
To say that the Earths heat budget is balanced ignores an important point .
TQA:T_1257_6
1
say
true
say
[ "what", "can", "_", "said", "_", "_", "_", "?" ]
[ "the Earths heat budget is balanced ignores an important point", "that the Earths heat budget is balanced" ]
[ [ 3, 13 ], [ 2, 9 ] ]
To say that the Earths heat budget is balanced ignores an important point .
TQA:T_1257_6
9
ignores
true
ignore
[ "what", "is", "_", "ignored", "_", "_", "_", "?" ]
[ "Earths heat budget", "an important point" ]
[ [ 4, 7 ], [ 10, 13 ] ]
Where do you think the most solar energy ends up and why ?
TQA:T_1257_8
1
do
true
do
[ "what", "does", "someone", "do", "_", "_", "_", "?" ]
[ "think the most solar energy ends up and why", "think" ]
[ [ 3, 12 ], [ 3, 4 ] ]
Where do you think the most solar energy ends up and why ?
TQA:T_1257_8
1
do
true
do
[ "who", "_", "_", "does", "something", "_", "_", "?" ]
[ "you" ]
[ [ 2, 3 ] ]
Where do you think the most solar energy ends up and why ?
TQA:T_1257_8
3
think
true
think
[ "what", "does", "someone", "think", "_", "_", "_", "?" ]
[ "the most solar energy ends up", "the most solar energy ends up and why" ]
[ [ 4, 10 ], [ 4, 12 ] ]
Where do you think the most solar energy ends up and why ?
TQA:T_1257_8
3
think
true
think
[ "who", "_", "_", "thinks", "something", "_", "_", "?" ]
[ "you" ]
[ [ 2, 3 ] ]
Where do you think the most solar energy ends up and why ?
TQA:T_1257_8
8
ends
true
end
[ "what", "might", "_", "end", "_", "_", "somewhere", "?" ]
[ "solar energy", "the most solar energy" ]
[ [ 6, 8 ], [ 4, 8 ] ]
Where do you think the most solar energy ends up and why ?
TQA:T_1257_8
8
ends
true
end
[ "where", "might", "something", "end", "_", "_", "_", "?" ]
[ "up" ]
[ [ 9, 10 ] ]
Where does the least solar energy end up and why ?
TQA:T_1257_9
1
does
true
do
[ "what", "does", "something", "do", "_", "_", "_", "?" ]
[ "end up" ]
[ [ 6, 8 ] ]
Where does the least solar energy end up and why ?
TQA:T_1257_9
1
does
true
do
[ "what", "_", "_", "does", "something", "_", "_", "?" ]
[ "solar energy", "the least solar energy" ]
[ [ 4, 6 ], [ 2, 6 ] ]
Where does the least solar energy end up and why ?
TQA:T_1257_9
6
end
true
end
[ "what", "_", "_", "ends", "_", "_", "somewhere", "?" ]
[ "solar energy", "the least solar energy" ]
[ [ 4, 6 ], [ 2, 6 ] ]
Heat moves in the atmosphere the same way it moves through the solid Earth or another medium .
TQA:T_1258_0
9
moves
true
move
[ "what", "does", "something", "move", "_", "through", "_", "?" ]
[ "the solid Earth", "through the solid Earth or another medium", "the solid Earth or another medium" ]
[ [ 11, 14 ], [ 10, 17 ], [ 11, 17 ] ]
Heat moves in the atmosphere the same way it moves through the solid Earth or another medium .
TQA:T_1258_0
9
moves
true
move
[ "what", "_", "_", "moves", "_", "_", "_", "?" ]
[ "Heat", "it" ]
[ [ 0, 1 ], [ 8, 9 ] ]
What follows is a review of the way heat flows , but applied to the atmosphere .
TQA:T_1258_1
1
follows
true
follow
[ "what", "_", "_", "follows", "_", "_", "_", "?" ]
[ "a review of the way heat flows", "a review of the way heat flows , but applied to the atmosphere" ]
[ [ 3, 10 ], [ 3, 16 ] ]
What follows is a review of the way heat flows , but applied to the atmosphere .
TQA:T_1258_1
9
flows
true
flow
[ "what", "is", "_", "flowing", "_", "_", "_", "?" ]
[ "heat" ]
[ [ 8, 9 ] ]
What follows is a review of the way heat flows , but applied to the atmosphere .
TQA:T_1258_1
9
flows
true
flow
[ "where", "is", "something", "flowing", "_", "_", "_", "?" ]
[ "to the atmosphere", "the atmosphere" ]
[ [ 13, 16 ], [ 14, 16 ] ]
What follows is a review of the way heat flows , but applied to the atmosphere .
TQA:T_1258_1
12
applied
true
apply
[ "how", "is", "something", "applied", "_", "_", "_", "?" ]
[ "a review" ]
[ [ 3, 5 ] ]
What follows is a review of the way heat flows , but applied to the atmosphere .
TQA:T_1258_1
12
applied
true
apply
[ "what", "is", "_", "applied", "_", "_", "_", "?" ]
[ "heat", "the way heat flows" ]
[ [ 8, 9 ], [ 6, 10 ] ]
What follows is a review of the way heat flows , but applied to the atmosphere .
TQA:T_1258_1
12
applied
true
apply
[ "where", "is", "something", "applied", "_", "_", "_", "?" ]
[ "to the atmosphere" ]
[ [ 13, 16 ] ]
Click image to the left or use the URL below .
TQA:T_1258_10
0
Click
true
click
[ "what", "was", "_", "clicked", "_", "_", "_", "?" ]
[ "image" ]
[ [ 1, 2 ] ]
Click image to the left or use the URL below .
TQA:T_1258_10
0
Click
true
click
[ "when", "was", "something", "clicked", "_", "_", "_", "?" ]
[ "to the left" ]
[ [ 2, 5 ] ]
Click image to the left or use the URL below .
TQA:T_1258_10
6
use
true
use
[ "what", "can", "_", "used", "_", "_", "_", "?" ]
[ "the URL", "the URL below" ]
[ [ 7, 9 ], [ 7, 10 ] ]
Heat radiates from the ground into the lower atmosphere .
TQA:T_1258_3
1
radiates
true
radiate
[ "what", "_", "_", "radiates", "_", "from", "something", "?" ]
[ "Heat" ]
[ [ 0, 1 ] ]
Heat radiates from the ground into the lower atmosphere .
TQA:T_1258_3
1
radiates
true
radiate
[ "where", "does", "something", "radiate", "_", "from", "_", "?" ]
[ "from the ground", "the ground" ]
[ [ 2, 5 ], [ 3, 5 ] ]
Warmer molecules vibrate rapidly and collide with other nearby molecules , transferring their energy .
TQA:T_1258_5
2
vibrate
true
vibrate
[ "how", "is", "something", "vibrating", "_", "_", "_", "?" ]
[ "rapidly" ]
[ [ 3, 4 ] ]
Warmer molecules vibrate rapidly and collide with other nearby molecules , transferring their energy .
TQA:T_1258_5
2
vibrate
true
vibrate
[ "what", "is", "_", "vibrating", "_", "_", "_", "?" ]
[ "Warmer molecules" ]
[ [ 0, 2 ] ]
Warmer molecules vibrate rapidly and collide with other nearby molecules , transferring their energy .
TQA:T_1258_5
5
collide
true
collide
[ "what", "_", "_", "collides", "_", "with", "something", "?" ]
[ "Warmer molecules", "molecules" ]
[ [ 0, 2 ], [ 1, 2 ] ]
Warmer molecules vibrate rapidly and collide with other nearby molecules , transferring their energy .
TQA:T_1258_5
5
collide
true
collide
[ "what", "does", "something", "collide", "_", "with", "_", "?" ]
[ "molecules", "other nearby molecules" ]
[ [ 9, 10 ], [ 7, 10 ] ]
Warmer molecules vibrate rapidly and collide with other nearby molecules , transferring their energy .
TQA:T_1258_5
11
transferring
true
transfer
[ "how", "does", "something", "transfer", "something", "_", "_", "?" ]
[ "vibrate rapidly and collide with other nearby molecules", "Warmer molecules vibrate rapidly and collide" ]
[ [ 2, 10 ], [ 0, 6 ] ]
Warmer molecules vibrate rapidly and collide with other nearby molecules , transferring their energy .
TQA:T_1258_5
11
transferring
true
transfer
[ "what", "does", "something", "transfer", "_", "_", "_", "?" ]
[ "energy", "their energy" ]
[ [ 13, 14 ], [ 12, 14 ] ]
Warmer molecules vibrate rapidly and collide with other nearby molecules , transferring their energy .
TQA:T_1258_5
11
transferring
true
transfer
[ "what", "_", "_", "transfers", "something", "_", "_", "?" ]
[ "molecules", "Warmer molecules" ]
[ [ 9, 10 ], [ 0, 2 ] ]
This transfers heat upward to where the molecules are spread further apart or transfers heat laterally from a warmer to a cooler spot , where the molecules are moving less vigorously .
TQA:T_1258_7
9
spread
true
spread
[ "how", "is", "something", "spread", "_", "_", "_", "?" ]
[ "further apart" ]
[ [ 10, 12 ] ]
This transfers heat upward to where the molecules are spread further apart or transfers heat laterally from a warmer to a cooler spot , where the molecules are moving less vigorously .
TQA:T_1258_7
9
spread
true
spread
[ "what", "is", "_", "spread", "_", "_", "_", "?" ]
[ "the molecules" ]
[ [ 6, 8 ] ]
This transfers heat upward to where the molecules are spread further apart or transfers heat laterally from a warmer to a cooler spot , where the molecules are moving less vigorously .
TQA:T_1258_7
9
spread
true
spread
[ "why", "is", "something", "spread", "_", "_", "_", "?" ]
[ "transfers heat upward" ]
[ [ 1, 4 ] ]
This transfers heat upward to where the molecules are spread further apart or transfers heat laterally from a warmer to a cooler spot , where the molecules are moving less vigorously .
TQA:T_1258_7
28
moving
true
move
[ "how", "is", "something", "moving", "_", "_", "_", "?" ]
[ "less vigorously" ]
[ [ 29, 31 ] ]
This transfers heat upward to where the molecules are spread further apart or transfers heat laterally from a warmer to a cooler spot , where the molecules are moving less vigorously .
TQA:T_1258_7
28
moving
true
move
[ "what", "is", "_", "moving", "_", "_", "_", "?" ]
[ "molecules", "the molecules" ]
[ [ 26, 27 ], [ 25, 27 ] ]
Heat transfer by movement of heated materials is called convection .
TQA:T_1258_8
8
called
true
call
[ "what", "is", "_", "called", "something", "_", "_", "?" ]
[ "Heat transfer by movement of heated materials", "movement of heated materials" ]
[ [ 0, 7 ], [ 3, 7 ] ]