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Todd Minehardt
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Is the final temperature of a solution affected by mixingthe order of mixing components?

Is temperature affected by the order liquids are mixed.

For example, I have two breakersbeakers each containing water. One is at 90c90 $^{\circ}$C and one is at 10c10 ${^\circ}$C.

WouldWill the over allfinal temperature of the solution I make from mixing the two components be different if I slowly poured the 90c in to90 ${^\circ}$C water into the 10c10 ${^\circ}$C water and vice versa?

Is temperature affected by mixing order?

Is temperature affected by the order liquids are mixed.

For example I have two breakers each containing water. One at 90c and one at 10c.

Would the over all temperature be different if I slowly poured the 90c in to the 10c and vice versa?

Is the final temperature of a solution affected by the order of mixing components?

For example, I have two beakers each containing water. One is at 90 $^{\circ}$C and one is at 10 ${^\circ}$C.

Will the final temperature of the solution I make from mixing the two components be different if I slowly poured the 90 ${^\circ}$C water into the 10 ${^\circ}$C water and vice versa?

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Terry
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Is temperature affected by mixing order?

Is temperature affected by the order liquids are mixed.

For example I have two breakers each containing water. One at 90c and one at 10c.

Would the over all temperature be different if I slowly poured the 90c in to the 10c and vice versa?