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Create a detailed scientific illustration with a trio of scenes: On the left, a relative density bottle, a versatile tool used in density calculation, lies empty on a grayscale, reflective, laboratory table. Its empty weight, 25 grams, is represented with a hanging scale indicating 25 grams. In the center, the same bottle is presented full of an unidentifiable, colored liquid. A hanging scale shows a weight of 65 grams. On the right, the bottle is filled with crystal-clear water. Another hanging scale reveals a weight of 75 grams. Note: all three scenes should be without any textual indications.

An empty relative density bottle weighs 25g.it weighs 65g when filled with a liquid and 75g when with water.caculate the density of the liquid.

Ww = 75-25 = 50 g = Wt of water.

Ww = V * D = 50 g.
V * 1g/cm^3 = 50
V = 50 cm^3. = Vol. of water.

65 - 25 = 40 g. = Wt. of the liquid.

D = 40g/50cm^3 = 0.80 g/cm^3. = Density of the liquid.

An empty density bottle weights 25g. When completely filled with water. It weighs 55g and when completely filled with a liquid. It weighs 52g. Calculate I. volume of the density bottle and II. density of liquid

Thanks you have really helped me alot

Ww=75-25=50g=wt of water ww=v*D=50g V*1g/cm^3=50 v=50cm^3=vol of water

65-25=40g=wt of the liquid D=40g/50cm^3=0.80g/cm^3=density of the liquid.

Not that bad

Yugtii

To calculate the density of the liquid, we need to know the mass and volume of the liquid. We can determine the mass of the liquid by finding the difference in mass between the bottle filled with the liquid and the empty bottle.

Given information:
- Empty bottle weight: 25g
- Bottle + liquid weight: 65g
- Bottle + water weight: 75g

Step 1: Determine the mass of the liquid.
The mass of the liquid can be calculated by finding the difference in mass between the bottle filled with the liquid and the empty bottle:
Mass of the liquid = (Bottle + liquid weight) - (Empty bottle weight)
Mass of the liquid = 65g - 25g
Mass of the liquid = 40g

Step 2: Determine the volume of the liquid.
To calculate density, we need both mass and volume. However, we are not given the volume of the liquid directly. However, because we know the density of water, we can use that information to find the volume of the liquid.

The density of water is known to be 1g/cm³.

Using the known weight of the water-filled bottle, we can calculate its volume:
Volume of water = (Bottle + water weight) - (Empty bottle weight)
Volume of water = 75g - 25g
Volume of water = 50 cm³

Step 3: Calculate the density of the liquid.
Density is calculated by dividing the mass of the liquid by its volume.
Density of the liquid = Mass of the liquid / Volume of the liquid
Density of the liquid = 40g / 50cm³

After performing the division, the density of the liquid is:
Density of the liquid = 0.8 g/cm³

So, the density of the liquid is 0.8 g/cm³.

Thx so much

Very good

Thanked you