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zysi [14]
3 years ago
7

Describe some ways that industry and agriculture use physical properties to separate substances.

Physics
2 answers:
musickatia [10]3 years ago
3 0
This is more chemistry. But it is a process called fractional distillation, and it basically separates the long chained hydrocarbons from the short chained hydrocarbons through separation dependant on the boiling point of the crude oil.
Oliga [24]3 years ago
3 0

Some ways that industry and agriculture use physical properties to separate substances are as follows-  

a) Separation based on the difference in DENSITY – In the process of sedimentation, the heavier particle settles at the bottom while the lighter particle remains dissolved or float in the solvent. The settled heavier substance is then removed periodically. For example mud and sand impurities from water are removed through this process.

b) Separation based on the difference in SOLUBILITY – Some substances that remain un dissolved in any other substance can be easily removed through the process of filtration. For example –  Extraction of coffee from grounds

c) Separation based on the difference in Special metal Property – Iron possesses magnetism and thus it can be easily separated from nonmagnetic substances

d) Separation based on the difference in  Vapour pressure/Boiling Point – It is the concept behind the process of separation through Distillation. In distillation,  liquid with the lower boiling point boils first which is collected through condensation while the liquid with higher boiling point remain in the flask.  

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Isaac Newton used a ____ to break white light into its component colors.
ivann1987 [24]
<h2>Answer: Prism</h2>

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<h2>Isaac Newton used a <u>prism</u> to break white light into its component colors.</h2>
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On Earth, a spring stretches by 5.0 cm when a mass of 3.0 kg is suspended from one end.
Neko [114]

Answer:

Mass = 18.0 kg

Explanation:

From Hooke's law,

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On the Earth, let the gravitational force be 10 m/s^{2}.

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On the Moon, the gravitational force is \frac{1}{6} of that on the Earth.

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Equating 1 and 2, we have;

\frac{30}{5}  = \frac{10m}{30}

m = \frac{900}{50}

    = 18.0

m = 18.0 kg

The mass required to produce the same extension on the Moon is 18 kg.

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