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What is A 2 kg vase is sitting on a 1 m high table. What is the vase's potential energy?
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If to vases are side-by-side on a shelf how could one have more potential energy?
IF the shelf is horizontal and both vases are absolutely identical, they will both have the same potential energy. However if they are different, then the vase that has the most mass will have more potential energy.
How if two vases are side by on a shelf one could have more potential energy?
because of the mass
How many pints in a vase?
I have vases that hold from 1/2 pint to a gallon.
Give some examples of translucent substances?
Clouds, some glass in vases and cups/glasses.
This describes an object that reflects the culture in which it is made?
motifgestureartifactground
If to vases are side-by-side on a shelf how could one have more potential energy?
IF the shelf is horizontal and both vases are absolutely identical, they will both have the same potential energy. However if they are different, then the vase that has the most mass will have more potential energy.
If two vases are side by side could one have more protential energy than the other?
if two vases are side by side one could have more potential energy because the one that has more mass has more potential energy.
How is two vases are side by side on a shelf one can have more potential energy?
Look at the formula for gravitational potential energy, which is mgh. If the vases have different masses, they can have different amounts of gravitational potential energy, even if their height above the ground (or another chosen reference level) is the same.
How if two vases are side by side on a shelf one could have more potiential energy?
Pressumably you are talking about gravitational potential energy. Look at the formula for gravitational potential energy: GPE = mgh Gravity will be the same for both. The mass, and the height, may be different. The vases may have different masses, and as for the height, the vases may be of a different shape, so that the center of mass of one is higher than that of the other one.
How if two vases are side by on a shelf one could have more potential energy?
because of the mass
Explain how, if two vases are side by side on a shelf, one could have more potential energy?
If two vases are side by side on a shelf, one vase could have more potential energy if it is positioned higher than the other vase relative to the ground. This difference in potential energy arises from the gravitational potential energy of each vase. Gravitational potential energy depends on an object's weight (mass) and its height above the ground. So, if one vase is placed higher on the shelf, it will have more gravitational potential energy because it has a greater height above the ground compared to the other vase. This means that if the higher vase were to fall, it would travel a greater distance due to its higher starting point, and gravity would do more work on it during the fall, resulting in more potential energy stored in the higher vase.
How can I decorate my table?
Decorate your table with stylish table cloths and runners. Put matching flower Vases, it will enhance the look of your table.
What is an advantage of crystal vases over glass vases?
Crystal vases have thicker walls than those of glass vases. These thicker walls give an advantage over glass vases for breakage. Glass vases are also harder to clean than crystal vases, as spots will often show up more on glass vases than on crystal vases.
Does adding salt in vases prevent mosquito breeding?
Mosquitoes cannot breed in saltwater. However, adding table salt to vases will likely not hinder or prevent mosquitoes from breeding. You must use the kind of salt found in saltwater environments.
What are porcelian vases called?
Porcelain vases are simply called porcelain vases. They are vases made from porcelain, a ceramic material known for its delicate and translucent qualities.
What is the shape of the side of a vase?
There are all sorts of possible shapes. I have got cuboid vases (rectangular sides), near-spherical vases (circular sides), ovoid or ellipsoidal vases (oval or ellipse sides), ellipsoid vases with lips (S-shaped sides). And that is not counting vases in the shape of other things.There are all sorts of possible shapes. I have got cuboid vases (rectangular sides), near-spherical vases (circular sides), ovoid or ellipsoidal vases (oval or ellipse sides), ellipsoid vases with lips (S-shaped sides). And that is not counting vases in the shape of other things.There are all sorts of possible shapes. I have got cuboid vases (rectangular sides), near-spherical vases (circular sides), ovoid or ellipsoidal vases (oval or ellipse sides), ellipsoid vases with lips (S-shaped sides). And that is not counting vases in the shape of other things.There are all sorts of possible shapes. I have got cuboid vases (rectangular sides), near-spherical vases (circular sides), ovoid or ellipsoidal vases (oval or ellipse sides), ellipsoid vases with lips (S-shaped sides). And that is not counting vases in the shape of other things.
How if two vases are side by side one has more pontential energy?
One vase could be heavier than the other
