Hot air balloon rises up. Conceptual Introduction: Any thing which could fly should have less density than the surrounding. Hot air is less denser than the cold air. Archimede's Principle states that the body immersed in liquid partially or complete will displace the fluid equal to its weight. And due to the upward pressure body kept on floating. Solutions: The balloon will rise as the density of air inside it which is hotter than the air on outer side of balloon. Hotter air is lighter which makes the balloon fly. It hot and cold air has same density balloon would not fly. To determine: The reason for hot air balloon fly.
Hot air balloon rises up. Conceptual Introduction: Any thing which could fly should have less density than the surrounding. Hot air is less denser than the cold air. Archimede's Principle states that the body immersed in liquid partially or complete will displace the fluid equal to its weight. And due to the upward pressure body kept on floating. Solutions: The balloon will rise as the density of air inside it which is hotter than the air on outer side of balloon. Hotter air is lighter which makes the balloon fly. It hot and cold air has same density balloon would not fly. To determine: The reason for hot air balloon fly.
Solution Summary: The author explains that the balloon rises as the density of air inside it which is hotter than the air on outer side of balloon.
Any thing which could fly should have less density than the surrounding. Hot air is less denser than the cold air.
Archimede's Principle states that the body immersed in liquid partially or complete will displace the fluid equal to its weight. And due to the upward pressure body kept on floating.
Solutions:
The balloon will rise as the density of air inside it which is hotter than the air on outer side of balloon. Hotter air is lighter which makes the balloon fly. It hot and cold air has same density balloon would not fly.
Organic bases have lone pairs of electrons that are capable of accepting protons. Lone pair electrons in a neutral or negatively charged species, or pi electron pairs. Explain the latter case (pi electron pairs).
Describe the propyl anion.
Indicate the names of these compounds (if they exist).
0:
HỌC—NH
CH3CH2-CH2
Chapter 5 Solutions
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