This is a short answer but because they have the same amount of protons and electrons but different amount of neutron
Answer:
Amount of heat required = 153.62 J
Explanation:
Given:
Mass = 163.45 g
∆Hvap = 43.3 kJ/mol
Molar mass C₂H₅OH = 46.07 g/mol
Find:
Amount of heat required
Computation:
Amount of heat required = Number of moles x Molar mass C₂H₅OH
Amount of heat required = [163.45/46.07][43.3]
Amount of heat required = 153.62 J
Answer:
monosaccharides and glycosidic, I think
Explanation:
Answer:
A. The temperature and pressure above which a supercritical fluid exist.
Explanation:
The physical states of a substance under different temperature and pressure conditions is represented by a phase diagram. In this diagram, normally the pressure is represented on the y-axis while the temperature is present on the x-axis. There is a point on this diagram called the critical point, beyond this point the liquid and the gaseous phase become indistinguishable. When the substance surpasses the critical point, it is referred as a supercritical fluid.
From the above description, all the options other than A is false.
When hydrogen is attached to a more electronegative element, the more electronegative atom becomes partially negative.