# data[].attributes.body
Specific heat Capacity is amount of heat required to raise the temperature of 1kg of a substance through a temperature of 1 ‘c

unit : Jkg -1 ‘C -1

# data[].attributes.body
allysya qistina 4s

# data[].attributes.body
ai) 100 oC
aii) P has higher heat capacity than Q. So, P will release more heat than Q. Water in beaker X is higher temperature and hotter than Y
bi) 8 oC
bii) there no heat loss to surrounding

# data[].attributes.body
Specific heat Capacity is amount of heat required to raise the temperature of 1kg of a substance through a temperature of 1 ‘c
SI unit : Jkg -1 ‘C -1

# data[].attributes.body
a)
i) 100°C
ii) Because block P has higher specific heat capacity than block Q. Thus, block P releases more heat than block Q . Water in block P has higher temperature and hotter than block Q.
b)
i) 8°C
ii) no heat is lost to the surrounding

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land has lower specific heat capacity than sea. temperature on land increased faster than temperature on the sea. the air on the land become hot and rises upwards. cold air from sea will moves towards land as sea breeze. RAIHANAH HUSNA 4S

# data[].attributes.body
sea has a higher specific heat capacity than kand. temperature on sea drops slower than temperature on land at night. thus, the hot air above sea rises upwards while cold air above land moves towards the sea as land breeze. RAIHANAH HUSNA 4S

# data[].attributes.body
specific heat capacity is the amount of heat required to raise the temperatue of 1kg of substance by 1°C
unit: Jkg-1°C-1

# data[].attributes.body
a) i)100oC
ii)P has high specific heat capacity than Q which has lower specific heat capacity cause P to easily released more heat than Q.Thus,the temperature in beaker X is higher than beaker Y

b)i)8oC
ii)no heat loss to surrounding

# data[].attributes.headline
sea is a high specific heat capacity and land is a low heat capacity so the sea temperature will decrease slowly cause the hot air from above the sea will rise upwards.The hot air then will moves towards the land and change to cold air that will then moves towards the sea again as a land breeze.

# data[].attributes.subject
sea is a high specific heat capacity and land is a low heat capacity so the sea temperature will decrease slowly cause the hot air from above the sea will rise upwards.The hot air then will moves towards the land and change to cold air that will then moves towards the sea again as a land breeze.

# data[].attributes.body
-The sand has lower specific heat capacity than sea.
-Therefore,during daytime,temperature on land rises more quickly compared to sea.
-The air on land becomes hot and rises upwards.
-Cold air from the sea moves towards land as sea breeze.

# data[].attributes.headline
Specific heat capacity is the amount of heat needed to rise the temperature of 1 kg substances by 1 oC. UNIT : Jkg-1 oC-1

# data[].attributes.subject
Specific heat capacity is the amount of heat needed to rise the temperature of 1 kg substances by 1 oC. UNIT : Jkg-1 oC-1

# data[].attributes.body
a) i) 100°C

ii) Block P has higher specific heat capacity than block Q.  So, block P will release more heat to the water compared to block Q.

Thus, the final temperature in beaker X will be higher than in beaker Y.

b) i) 8°C

ii) There is no heat loss to the surrounding.

# data[].attributes.body
- Sea has a higher specific heat capacity than land.
- So, at night, temperature in the sea drops more slowly than temperature on land .
- Hot air above the sea rises upwards.
- Cold air above the land moves towards the sea as land breeze.

# data[].attributes.body
- The sand has lower specific heat capacity than sea.
- Therefore, during daytime, temperature on land rises more quickly compared to sea.
- The air on land becomes hot and rises upwards.
- Cold air from the sea moves towards land as sea breeze.

# data[].attributes.body
i)100°C
ii) block P has a higher specific heat capacity than block Q. Therefore ,more heat is release by block P in water of beaker X than beaker Y. Thus, the temperature of water in beaker X is higher than the temperature in beaker Y
bi) 8°C
ii) no heat loss to the surrounding

# data[].attributes.body
-sea has a higher specific heat capacity than land.
-temperature in the sea drops more slowly than in land at night
-hot air above the sea rises upwards
-cold air above the land moves toward the sea as sea breeze

# data[].attributes.body
-land has a low specific heat capacity than the sea
-temperature on land rises more quickly than temperature on sea during daytime
-the air on land become hot and rises upwards
-cold water from the sea moves towards land as sea breeze
allysya 4s

# data[].attributes.body
allysya 4s

# data[].attributes.body
amount of heat needed to raise the temperature of 1kg substance by 1°C
Jkg^-1°C^-1

# data[].attributes.body
(a)(i) 100C
(a)(ii) because block P has higher specific heat capacity than block Q causing it to release more heat to the water
(b)(i) 8400=0.25x4200xteta
8400= 1050teta
teta=8C
(b)(i) no heat lost to the surrounding

# data[].attributes.body
1. At night, the sea temperature drops slightly because it has been warmed all day.
2. But, the land temperature drops considerably because it has been cooled at night.
3. Thus, the warm air above sea-water will rises and its place is taken by the cool air above land.
4. Air higher in atmosphere completes the circulation and the land breeze is obtained.

# data[].attributes.body
1. In daytime, the sun warms the land to higher temperature than the sea.
2. It is because the land has lower specific heat capacity than sea-water.
3. The air above the land is heated and rises, and its place is taken by cooler air above sea.
4. Air higher in atmosphere completes the circulation, and then the sea-breeze is obtained.

# data[].attributes.body
Sea has higher heat capacity than land so the temperature drops slower than temperature on land at night. Hot air above the sea rises upwards and cold air above the land moves towards the sea as sea breeze

# data[].attributes.body
land has lower heat capacity so the temperature on land rises more quickly than the sean during daytime. The air on land becomes hot and rises upwards. Cold air from sea moves towards land as sea breeze

# data[].attributes.headline
the amount of heat required to raise a temperature of 1kg by 1C

# data[].attributes.subject
the amount of heat required to raise a temperature of 1kg by 1C

# data[].attributes.body
unit= J kg-1 C-1

# data[].attributes.body
amount of heat needed to raise the temperature of 1kg of the substance by 1°C
Unit; J kg^-1 °C^-1

# data[].attributes.body
a. i) 100°C
ii) Block P has a higher specific heat capacity than block Q. Therefore makes block P to release more heat compared to block Q. Thus, causes the final temperature of water in beaker X is higher than in beakee Y.
b. i) 8400 = 0.25x4200xteta
8400 = 1050 teta
teta = 8400 ÷ 1050
= 8°C
ii) No heat loss to the surrounding

# data[].attributes.headline
 sea has a higher specific heat capacity than land. the temperature in the sea drops  slower than the temperature on land at night. then, the hot air above the sea rises upwards. cold air above the land moves towards the sea as land breeze. NISA BATRISYIA 4S

# data[].attributes.subject
 sea has a higher specific heat capacity than land. the temperature in the sea drops  slower than the temperature on land at night. then, the hot air above the sea rises upwards. cold air above the land moves towards the sea as land breeze. NISA BATRISYIA 4S

# data[].attributes.headline
land has a lower specific heat capacity than sea. the temperature on the land is higher than the sea.The hot air from the land will rise upwards and move towards the sea. cold air from the sea   will then moves toward the land as a sea breeze. NISA BATRISYIA 4S

# data[].attributes.subject
land has a lower specific heat capacity than sea. the temperature on the land is higher than the sea.The hot air from the land will rise upwards and move towards the sea. cold air from the sea   will then moves toward the land as a sea breeze. NISA BATRISYIA 4S

# data[].attributes.headline
Amount of heat needed to raise the temperature of 1kg substance by 1°C. Unit = Jkg-1 °C-1 . NISA 4S

# data[].attributes.subject
Amount of heat needed to raise the temperature of 1kg substance by 1°C. Unit = Jkg-1 °C-1 . NISA 4S

# data[].attributes.body
a(i) 100°C
(ii)Block P has higher specific heat capacity than block Q. Then, block P will released more heat than block Q. Water in beaker X is higher temperature and hotter than beaker Y
b(i) 8°C
(ii) there is no heat loss to surrounding
amira dzahra 4F

# data[].attributes.body
1. sea has higher heat capacity than the land
2. temperature sea drops slower than temperature on the land at night
3. hot air form the sea rises upwards and the cold air from the land move toward the sea
amira dzahra 4F

# data[].attributes.body
land has a lower specific heat capacity than the sea
- during daytime, temperature on land rises more quickly
- the air on the land becomes hot and rises upwards
-cold air from the sea more towards the land as sea breeze
amira dzahra 4F

# data[].attributes.body
specific heat capacity is the amount of heat needed to rise the temperature of 1kg substances by 1°c.
unit ; Jkg-1°C-1

amira dzahra-4F

# data[].attributes.body
a)(i) 100°c
(ii) block P has higher specific heat capacity than block Q. Block P will release more heat energy to water than block Q.
b)(i) 8°C
(ii) there’s no heat loss to the surrounding

# data[].attributes.body
a (i) 100°C
a (ii) Block P has a higher specific heat capacity whike block Q has a low specific heat capacity. With that block P will release more heat than block Q. So, the final temperature in beaker X is higher than in beaker Y.
b(i) 8°C
b(ii) There is no heat loss to the surrounding

# data[].attributes.body
a) i)100*C
ii)block p has higher specific heat capacity than block q .thus block P will release more heat compare to block to block q.so,the final temperature of water in beaker x is higher than beaker y
b i) 80*C
ii) no heat loss to surrounding

# data[].attributes.body
specific heat capacity is the amount of heat needed to rise the temperature of 1kg substances by 1°c.
unit ; Jkg-1°C-1

# data[].attributes.body
a)i) 100oC
ii)Block Phas higher specific heat capacity than block Q . Thus block p will release more heat compare to block Q. So, the final temperature of water in beaker x is higher than beaker y
b)i)8oC
ii)no heat loss to surrounding

# data[].attributes.body
1. sea has a higher specific heat capacity than land.
2. the temperature in the sea drops  slower than the temperature on land at night.
3. the hoot air above the sea rises upwards.
4. meanwhile, cold air above the land moves towards the sea as land breeze.

# data[].attributes.body
land has a lower specific heat capacity than the sea, the temperature on land rise faster than the temperature in the sea in daytime. air on the land will become hot and rise upwards while cold air from the sea moves toward land as sea breeze

# data[].attributes.body
a) i) 100°C
ii ) - P has higher specific heat
capacity than Q
- more heat transferred by P to
water to achieve thermal
equilibrium
b) i) 8400 = (0.25)(4200)teta
teta = 8400/1050
teta = 8°C
ii) No heat loss to surrounding

# data[].attributes.body
a) i) 100°C
ii) P has higher specific heat capacity than Q, therefore more heat energy is transferred to water in beaker X

b) i) 8°C
ii) no heat loss to surrounding

# data[].attributes.body
1.at night the sea temperature drops only slightly ,since it is warmed to a considarable depth during the day
2.the land temperature drops considerably at night
3.a convection current is obtained in the opposite direction to daytime

# data[].attributes.body
1. The land loses heat faster than the see at night due to its low specific heat capacity.
2. The sea is warmer than the land due to its high specific heat capacity which loses heat slower.
3. Warm air above the sea rises.
4. Cool air from the land moves towards the sea to replace the rising air.

# data[].attributes.body
amount of heat required to raise the temperature of 1kg of the substance through a temperature of 1C

unit :J kg-1°c-1

# data[].attributes.body
1.the sun warms the land to higher temoerature than the sea
2.land has a lower specific heat capacity than sea-water
3.the air above the land is heated and rises ,and its place is taken by cooler air above the sea moving island
4.air higher in the atmosphere complete the circulation

# data[].attributes.body
1.During the day, heat energy from the sun is absorbed by the land and sea.
2. The sea has a high specific heat capacity. Its temperature increses slower when it absorbs a large amount of heat. Therefore,the sea is cooler than the land.
3. The land has a low specific heat capacity,hence its temperature increases faster. Therefore,the land is warmer than the sea.
4. Warm air above the land rises.
5. Cool air from the sea moves towards the land to replace the rising air.

# data[].attributes.body
- sea has higher heat capacity than land
- temperature of the sea decrease slower than temperature of the land at night
- hot air above the sea rises upwards
- cold air above the land moves towards the sea

# data[].attributes.body
- land has a lower specific heat capacity than the sea
- during daytime, temperature on land rises more quickly
- the air on the land becomes hot and rises upwards
-cold air from the sea more towards the land as sea breeze

# data[].attributes.body
(a)(i)100oC
(a)(ii)Block P has a higher heat capacity than block Q.Therefore,block P will release more heat than block Q.Thus,the final temperature in beaker X is higher than beaker Y
(b)(i)8oC
(i) there is no heat heat lost to surrounding

# data[].attributes.body
a i) 100°C
ii)Block P has higher heat capacity than block Q so it release more heat than block Q. Thus, final temperature of water in beaker x is higher than water in beaker y
b i) 8°C
ii)No heat release to surrounding