No. The winds of a tornado are concentrated in a much smaller area. Typically the winds of a hurricane affect an area a few hundred miles across. By contrast the winds of a tornado usually affect an area less than a quarter of a mile wide and rarely more than a mile.
The density of materials is unchanged.
There is no such thing as a hurricane! What is your problem people. GET REAL!! Like sereiously, who would want to know "how the northern and southern hemisphere differ for hurricane"? Well the answer is that hurricanes are not real, they are a mith.
They are smaller than their parents.
Liquids have smaller spaces between the molecules than a gas, and Solids have smaller spaces than liquids.
The concentration of water in a solution is highest in a dilute solution and lowest in a concentrated solution. This concentration is affected by the amount of solute present, with a higher solute concentration leading to less water present in the solution.
Both tornadoes and hurricanes are dangerous natural disasters, but they differ in scale and intensity. Tornadoes typically have much higher wind speeds and can cause localized but extreme damage, while hurricanes are larger storms with more widespread impacts including heavy rainfall, storm surge, and strong winds that last for longer periods of time. Overall, the severity of each can vary depending on specific conditions.
The density of materials is unchanged.
Athens had less concentrated power.
Opinions may differ, but I'd say so.
smaller
its smaller
The size of a nanoparticle is smaller than any one piece of a solid; also an ion is smaller than a nanoparticle.
It would not be so stable
There is no such thing as a hurricane! What is your problem people. GET REAL!! Like sereiously, who would want to know "how the northern and southern hemisphere differ for hurricane"? Well the answer is that hurricanes are not real, they are a mith.
There are many ways that a smaller and larger state can differ. The economy may be better because of more people in larger states, and there may be more activities a person can do in a larger state.
They are smaller than their parents.
Tornadoes can differ in size, strength, duration, and the path they take. The Enhanced Fujita Scale is used to categorize tornadoes based on their intensity, ranging from EF0 (weakest) to EF5 (strongest). Factors like wind speed, width of the tornado, and the extent of damage can vary from one tornado to another.