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Which layer is soild iron and nickel?

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Exlain density with the example of ply doh.

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Exlain density with the example of ply doh.

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What is the difference between conduction, convection and radiation?

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What is the difference between conduction, convection and radiation?

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Conduction is touch
Convection is air currents
Radiation is for example steam

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Crust,Mantle,Outer Core,Inner Core

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Conduction it heat transferring between touching objects, convection is hot air/other liquids rising and cool air/other liquids sinking, and radiation is heat transfer through space

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Conduction it heat transferring between touching objects, convection is hot air/other liquids rising and cool air/other liquids sinking, and radiation is heat transfer through space

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Ryley Potts

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conduction is touch convection in hot up cool down radiation is through air

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Conduction, convection, and radiation are all similar in the fact that they are really annoying to type up. However, we are talking about differences, aren't we? Conduction is when heat is transferreerered by direct touch between objects. Coinvection is the heat transfer within liquid, in circular path with heat rising and cold sinking.
RAdiatioanBLBLBLBLBLBBLLBLBLLBLB... (gosh, so annoying!) RADIATION is the odd one out, but more importantly is when heat waves travel across a space, median or not.
With yet another over-sized amalgamite of a response,
-Michael S. Blight

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Conduction is the transfer of heat through touch.
Convection is the rise of warm air and the fall of cold air.
Radiation is heat transfer through air.

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Convection is red to blue, conduction is touch, and radiation is sun

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Convection is red to blue, conduction is touch, and radiation is sun

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Conduction is the transfer of heat through touch, convection is the transfer of heat in which hot air rises and cool air sinks, radiation is the transfer of heat through the air.

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Density is how compact something is for example when the play doh was compact it sunk but when it was hollow it floated

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convection is touch and conduction  through heat and in the early

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the ball can get bigger but he density will stay the same

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Density

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It's doesn't matter the size just matters the density

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It's doesn't matter the size just matters the density

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crust mantle inner core  outer core
the inner core

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ic is solid iron and nickle.

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density is  mass divided by volume

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conduction~transfered by touch
convection~hot air rises and cold air sinks
radiation~ heat waves

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conduction is heat transfer through touch, convection is when 

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conduction is heat transfer through touch, convection is when 

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Two blobs of play-doh, one large and one small, have the same density.

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The size of the play doh doesn't matter because the density doesn't change.

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conduction transfered by touch

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Crust, Mantle, Outer core, Inner core. Outer core is solid iron and nickel

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counduction- transferred

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The size of the object doesn't change the density only the mass and volume changes it.

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The size of the object doesn't change the density only the mass and volume changes it.

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Ryley Potts

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size dont matter

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Inner core-Outer core-Mantle-Crust

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the doh can be big and long but its density stays the same

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how compact the matter is inside

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the play doh may get bigger but the density stays the same

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crust mantle inner core outer core

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crust,mantle,outer core, and inner core

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Ryley Potts

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Crust, mantle, inner core, and outer core.

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Conduction is when heat is transferred with physical touch and convection is when hot air raises and cool air sinks  -jhaniel

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Conduction is when heat is transferred with physical touch and convection is when hot air raises and cool air sinks  -jhaniel

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No matter how big the play doh is they will each have the same density . the weight will be different -jhaniel 

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No matter how big the play doh is they will each have the same density . the weight will be different -jhaniel 

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Crust, mantle, outter core, and inner core -jhaniel 

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Crust, mantle, outter core, and inner core -jhaniel 

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As with the "Ply doh" example, no matter what it's size is, the density of one matierial never changes.
-Michael S. Blight