(Just answers, you don\'t need to explain) What invention is based on peach fuzz
ID: 778133 • Letter: #
Question
(Just answers, you don't need to explain)
What invention is based on peach fuzz?
UV Blocking Fabric
Stain Resistant clothing
4-D Computer image lifelike hair for Video games
Waterproof sneakers
2.
In what process are carbon membranes being used instead of fine particle filtration?
Air Pollution Sulfur Particulate collection devices
Water Purification
Nanobanks
Sensory Particle Filters (SPF) sun blocks
3.
What does Stephan Boltzmann’s law explain?
The total power radiated increases with the temperature.
The emission spectrum depends on the material.
The total power radiated decreases with temperature.
The emission spectrum does not depend on the material.
4.
What does Stephan Boltzmann’s law explain?
The total power radiated increases with the temperature.
The emission spectrum depends on the material.
The total power radiated decreases with temperature.
The emission spectrum does not depend on the material.
5.
Which of the following is true of microscopic particles?
They can be localized or not localized in space
They can explain the phenomena of diffraction and interference
Their properties cannot be measured
They cannot act as waves
1.UV Blocking Fabric
2.Stain Resistant clothing
3.4-D Computer image lifelike hair for Video games
4.Waterproof sneakers
2.
In what process are carbon membranes being used instead of fine particle filtration?
1.Air Pollution Sulfur Particulate collection devices
2.Water Purification
3.Nanobanks
4.Sensory Particle Filters (SPF) sun blocks
3.
What does Stephan Boltzmann’s law explain?
The total power radiated increases with the temperature.
The emission spectrum depends on the material.
The total power radiated decreases with temperature.
The emission spectrum does not depend on the material.
4.
What does Stephan Boltzmann’s law explain?
The total power radiated increases with the temperature.
The emission spectrum depends on the material.
The total power radiated decreases with temperature.
The emission spectrum does not depend on the material.
5.
Which of the following is true of microscopic particles?
They can be localized or not localized in space
They can explain the phenomena of diffraction and interference
Their properties cannot be measured
They cannot act as waves
Explanation / Answer
1] Option 4-D Computer image lifelike hair for Video games is correct.
2] Option Water Purification is correct.
3] Option The total power radiated increases with the temperature is correct.
4] Option The total power radiated increases with the temperature is correct.
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