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Why were the pebbles piled upon the spurt of the water Tuck Everlasting?
Wiki User
∙ 10y ago
it was magic?
Taya Kuphal
In "Tuck Everlasting," the pebbles were placed on the spring to help disguise it and prevent others from discovering its magical properties. The Tuck family wanted to keep the secret of immortality hidden to protect themselves and the world from potential harm and chaos that could arise from people seeking the spring's powers.
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Why were the pebbles piled upon the spurt of water Tuck Everlasting?
it was magic?
Which is the solvent and solute pebbles in water?
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How could you remove pebbles from a mixture of pebbles and water?
Filtration will separate the pebbles and water ... Pour the mixture through a strainer (or better yet, an old burlap bag) and catch the water in a bucket. The pebbles will remain in the strainer or bag.
How would a combination of pebbles and water be similar to a combination of sand and water?
A mixture of pebbles and water would be heterogeneous.
How do you separate water and pebbles?
filter or decant leaving behind the pebbles. evaporate the water leaving behind the sugar.
Why are the largest pebbles found at the back of the beach?
the pebbles at the front of the beach get eroded by the water
Why did the pebbles settle at the bottom of the glass container?
Their mass was greater than that of the water.
Why does hot water tank spurt water out over flow valve?
an arm
If you poked 3 holes in a vertical line in a bottle filled with water which hole will spurt water the furthest and why?
The hole at the bottom will spurt the most water since the pressure is higher at the bottom compared to the top.
How fast do pebbles move in water?
in my science book it says pebbles move .75 cm/sec
What the difference between a cup of pebbles and a cup of water?
You can drink the water.
Is water and pebbles a solution?
No, pebbles in water does not make a solution. The pebbles are solid, and remain just as they are when put into the water. A solution forms when the solute (the solid component of a solution) has been uniformly distributed within the solvent (the liquid component). This isn't happening in the situation described.
