What are the relative densities of different fruits and vegetables?
Answers
Answered by
102
RELATIVE Density is defined as ratio between density of object to the density of water.
We can find out the different objects RELATIVE Density by an experiment and tabulate the results as follows:
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S.NO Name of fruit RD
1. Apple 1.04
2. Lemon 1.02
3. Water melon 0.94
4. Onion 0.91
5. Tomato 0.92
6. Potato 1.08
7. Carrot 1.09
8. Capsicum 0.95
********************************************
We can find out the different objects RELATIVE Density by an experiment and tabulate the results as follows:
************************************************
S.NO Name of fruit RD
1. Apple 1.04
2. Lemon 1.02
3. Water melon 0.94
4. Onion 0.91
5. Tomato 0.92
6. Potato 1.08
7. Carrot 1.09
8. Capsicum 0.95
********************************************
Answered by
48
There are different values for fruits and vegetables.
Few of the relative densities are given here
Apple 1.04, onion 0.91
Potato 1.08 and lemon 1.02
These values are approximate values as the size and mass of every piece if fruits and vegetables are different so their relative densities may also change.
Relative density is actually the density of the object ( fruits and vegetables in this case) with respect to the density of the water.
So you can see in the relative density the density of the substance is usually compared with the water density .And as we know that water density is 1g/cm3.
Hence just calculate the value of substance density by formula of m/v .
Also, mass can be calculated easily by weighing balance.
Few of the relative densities are given here
Apple 1.04, onion 0.91
Potato 1.08 and lemon 1.02
These values are approximate values as the size and mass of every piece if fruits and vegetables are different so their relative densities may also change.
Relative density is actually the density of the object ( fruits and vegetables in this case) with respect to the density of the water.
So you can see in the relative density the density of the substance is usually compared with the water density .And as we know that water density is 1g/cm3.
Hence just calculate the value of substance density by formula of m/v .
Also, mass can be calculated easily by weighing balance.
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