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Most lakes have rivers flowing out of them, carrying water to the ocean. However, some
lakes, including Great Salt Lake and the Dead Sea, have no outlet. Water flowing into
these lakes leaves only through evaporation. Considering that the water flowing into the
lakes contains many dissolved substances, how does the lack of an outlet affect the
composition of these lakes? What would you expect to happen after many more years
of inflow and evaporation?

Sagot :

Answer:

salt build up

Explanation:

water follows salt. flooding rains

lrhamilton

Answer:

The lakes when stream towards sea conveying water, they convey salt with them. So they enter the seas with salt substance, thus the convergence of salt in them remains practically consistent. If there should be an occurrence of lakes with no outlet (like Great salt lake), they don't move any salt or water to seas. Infact because of vanishing the measure of water gets diminished in them. This lessening the dissolvable sum and subsequently the centralization of disintegrated salt increments because of decline in volume of water. The lakes along these lines become more pungent after a lot more long periods of inflow and dissipation.

Explanation:

As far as science Concentration = measure of solute (the salts here)/volume of dissolvable (water here)

Evaporation : causes decline in volume of water

inflow of water: caused expansion in volume of water and salt

generally because of reduction in volume of water the proportion of measure of solute to volume of water expands making the lake more pungent.

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