Displacement of water is an indirect measurement because we cannot directly measure the volume of an irregularly shaped object. By measuring the water displaced when the object is submerged, we can indirectly determine the volume of the object based on the volume of water displaced, according to Archimedes' principle.
You could use indirect measurement to find the mass of a large boulder by measuring the displacement of water when the boulder is submerged in a container of water. By measuring the volume of water displaced, you can calculate the mass of the boulder using the principle of buoyancy.
The general property illustrated by measuring the volume of a stone through water displacement is the principle of displacement. When the stone is submerged in water, it displaces an equal volume of water, providing an indirect method of measuring the volume of the stone.
An example of displacement is when a boat moves through water, causing the water to be pushed aside or displaced. Another example is when a person moves a book from one spot on a shelf to another, displacing the air around it.
Examples of water displacement include placing a stone in a cup of water and observing the water level rise, or immersing a metal object in a full container of water and noting the increase in water volume. Another example is filling a balloon with water and submerging it in a basin to see the amount of water it displaces.
Upward displacement of water occurs when an object is placed in water, causing the water level to rise. Downward displacement of water occurs when an object is submerged into water, causing the water level to drop.
You could use indirect measurement to find the mass of a large boulder by measuring the displacement of water when the boulder is submerged in a container of water. By measuring the volume of water displaced, you can calculate the mass of the boulder using the principle of buoyancy.
The limitations of the calculated and indirect volume measurement is that its use is limited. It cannot be used in cases whereby a given object is soluble in water or absorbs water.
The Liquid Displacement Method involves putting an object into a container filled with water. A measurement is then taken of how much volume of water has been displaced. This measurement can then be used to calculate the volume of the object displacing the water.
The Liquid Displacement Method involves putting an object into a container filled with water. A measurement is then taken of how much volume of water has been displaced. This measurement can then be used to calculate the volume of the object displacing the water.
1) Measure the height of water in a beaker or a bowl. (First Measurement) 2) Place the object in the water. 3) Measure the height of the water while the object is still in the water. (Second Measurement) 4) Subtract your first measurement from your second measurement.
The general property illustrated by measuring the volume of a stone through water displacement is the principle of displacement. When the stone is submerged in water, it displaces an equal volume of water, providing an indirect method of measuring the volume of the stone.
Single displacement!
The measurement of pH is an indirect measurement of cellular respiration in fish because cellular respiration produces carbon dioxide as a byproduct. When carbon dioxide dissolves in water, it forms carbonic acid, which lowers the pH of the water. Therefore, an increase in cellular respiration in fish would lead to a decrease in pH in the surrounding water, making pH a useful indicator of the metabolic activity of the fish.
ice cube in water displaces the water around it
An example of displacement is when a boat moves through water, causing the water to be pushed aside or displaced. Another example is when a person moves a book from one spot on a shelf to another, displacing the air around it.
Being bitten by an insect..............drinking contaminated water!!!!!!!1
double-displacement reaction