Ohh I see... So this is how thermal expansion works in life, thank you for sharing the video and it is really useful as it explains on thermal expansion clearly ~
syafiqah S2T1 the temperature of the liquid will increase, thus the kinetic energy also increases. causing the gas molecules to collide among them and the container
Both answer are correct..when T increases,its gain kinetic energy of container(solid) & liquid will cause some expansion in their dimension..in other words expansion occurs for both CONTAINER & LIQUID😀😍
Fazrin s2t1 First, by calculate the volume of container and volume of liquid. The liquid will overflow if the volume of liquid is more than volume of container.
Sachini S3T5 Calculate both volumes for liquid and the container and compare the values obtained.if volume of liquid is greater than container after expansion, liquid flows out of the container and vice versa.
hanis S2T1 calculate the volume for liquid and for container, if the volume of liquid more than volume of container, so the liquid will flow out from the container. is it also depends on temperature madam?
Linear expansion occurs because the thickness of the thin sheet of copper is too small to calculate when change in length of the sheet can be observed and calculated.
Good try kevin(Tan)..exactly natasya🤩👍..'thin sheet'means in 2 dimension(thin-do not consider thickness).if the thin sheet was heated,so it expanded in 2 dimension(2x linear expansion).therefore area expansion was occurs😃
A copper wire (end 1=,T130°C and end 2,T2)is attach to aluminium wire(end 1 T2 and end 2,T3=80°C).if the insulated wires reach steady states,calculate the temperature at boundary between two wires?
😃What is the keyword 👆? becomes 1st step of calculation
Natasya S2T1 The keyword is the question ask us to calculate the temperature when the wire reach steady states,so when the wire reach steady states, we know that the rate of heat flow for both rods is the same.
Sachini S3T5
ReplyDeleteThank you for the video madam..I understand this chapter better now..
CONSOLIDATE your UNDERSTANDING by exercise(refer test semester 1 chapter 12)
DeleteAthirah S3T5
ReplyDeleteThank you for sharing madam. I understand the differences between the types of thermal expansion much better.
very good..answer all question in test sem 1 chp 12
DeleteChing Jia Ying S3T5
ReplyDeleteOhh I see... So this is how thermal expansion works in life, thank you for sharing the video and it is really useful as it explains on thermal expansion clearly ~
everything around us are about physics..ehehehe..
DeleteHanis S3T5
ReplyDeleteThank you for sharing this video madam..sgt membantu utk lebih faham tajuk ini
very good..now it is time to revise your knowledge about this concept.answer all questions in test semester 1 chp 12
DeleteNatasya S2T1
ReplyDeleteThank you for sharing madam...saya lebih memahami chapter ni lps tngok video yg madam telah kongsikan...explanation dalam video tu pon sgt jelas.
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ReplyDeleteMun S3T5
ReplyDeleteThank u mdm. Im able to understand well.
😃
DeleteFariza S2T1
ReplyDeleteSaya lebih memahami tajuk ini dengan adanya bantuan video yg madam bagi. thank you madam
If have any problems just ask me..
DeletePrissha S3T5
ReplyDeleteThank you for sharing madam. Able to understand this chapter even better
😃 do not have any misconception hopefully..
DeleteDiana S3T5
ReplyDeleteThank you for the video madam. I understand the chap even better
😃then share your knowledge to others,okes😍..hope everyone are able to understand this concept better😃
ReplyDeleteSyuhada S3T5
ReplyDeleteThank you Madam... I able to understand this chapter better through this video.
very good
Deletethnks you for the video madam .. i can understand much better about the concept for this chapter ..
ReplyDeletenabila S3T5
Deletehappy for you..good job
DeleteThank you madam......it helps me to understand the topic and application of thermal expension..
ReplyDelete😃
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ReplyDeleteSyam S3T5
ReplyDeleteThank you madam ,by watching this video it have helped me a lot in understand this chapter better .
If a container is fill with a liquid then we heated them. what will happen?
ReplyDeleteSachini S3T5
DeleteBoth the container and the liquid will expand.
syafiqah S2T1
Deletethe temperature of the liquid will increase, thus the kinetic energy also increases. causing the gas molecules to collide among them and the container
Both answer are correct..when T increases,its gain kinetic energy of container(solid) & liquid will cause some expansion in their dimension..in other words expansion occurs for both CONTAINER & LIQUID😀😍
DeleteTemperature increases-Kinetic energy increases-Volume increases
DeleteVolume expansion occurs
Everyone..now,lets think..????how we can know either the liquid will flows out of container or not?
ReplyDeleteFazrin s2t1
ReplyDeleteFirst, by calculate the volume of container and volume of liquid. The liquid will overflow if the volume of liquid is more than volume of container.
Sachini S3T5
ReplyDeleteCalculate both volumes for liquid and the container and compare the values obtained.if volume of liquid is greater than container after expansion, liquid flows out of the container and vice versa.
hanis S2T1
ReplyDeletecalculate the volume for liquid and for container, if the volume of liquid more than volume of container, so the liquid will flow out from the container. is it also depends on temperature madam?
all of you are talking about volume for both objects, right?initial volume or final volume?
ReplyDeleteFazrin S2T1
DeleteFinal volume madam.
👍👍💯💯🤩😃
DeleteHow to determine amount of overflows?
ReplyDeleteSachini S3T5
DeleteCalculate the final expansion in volume of the container and also the liquid.Then minus both to obtain the amount of overflow.
👍💯🤩perfect!!!
DeleteIf a thin sheet of copper was heated,what type of expansion occurs?
ReplyDeleteTan S2T1
DeleteLinear expansion occurs because the thickness of the thin sheet of copper is too small to calculate when change in length of the sheet can be observed and calculated.
Natasya S2T1
DeleteArea expansion occurs because the area of the sheet of copper can be calculated.
Good try kevin(Tan)..exactly natasya🤩👍..'thin sheet'means in 2 dimension(thin-do not consider thickness).if the thin sheet was heated,so it expanded in 2 dimension(2x linear expansion).therefore area expansion was occurs😃
ReplyDeleteThis comment has been removed by the author.
ReplyDeleteIf a thin wire is heated, what type of expansion has occurs?
ReplyDeleteFazrin S2T1
DeleteLinear expansion occur because thin wire is in one dimension. When it is heated, it will elongate in one dimention.
Very good fazrin👍💯😍..just consider length of the wire,so the length elongated when it is heated..linear expansion occurs
DeleteA copper wire (end 1=,T130°C and end 2,T2)is attach to aluminium wire(end 1 T2 and end 2,T3=80°C).if the insulated wires reach steady states,calculate the temperature at boundary between two wires?
ReplyDelete😃What is the keyword 👆? becomes 1st step of calculation
Natasya S2T1
ReplyDeleteThe keyword is the question ask us to calculate the temperature when the wire reach steady states,so when the wire reach steady states, we know that the rate of heat flow for both rods is the same.
very good natasha.exactly, so (dQ/dt)cu=(dQ/dt)Al........1st step
Delete