No. Tornadoes usually form over land, not water, so water temperature isn't really a factor.
The ocean is larger than a lake. Therefore, being larger it can absorb more heat. That is why a lower temperature is needed to freeze it.
An ice pellet with a diameter larger than 5 mm is called a hailstone. Hailstones are formed when updrafts in thunderstorms carry water droplets high into the atmosphere where they freeze. As more water freezes onto the hailstone, it continues to grow in size until it eventually falls to the ground.
Yes, tornadoes on water are called waterspouts.
Yes. Tornadoes formed over water are called waterspouts.
More heat energy is needed to raise the temperature of a larger volume of water because a larger volume of water contains more molecules, which require more energy to vibrate and increase their kinetic energy. This results in a greater heat capacity for the larger volume of water, meaning it can absorb more heat energy without a significant increase in temperature.
Temperature can impact the formation and strength of water tornadoes. Warmer temperatures can create unstable atmospheric conditions that lead to the development of more powerful water tornadoes, while cooler temperatures can suppress their formation. Additionally, temperature differences between the air and water can influence the formation and intensity of water tornadoes.
Hurricanes can form only open warm ocean water with a temperature of least 80 degrees or 26 celsius. Tornadoes can form over land or water. A tornado formed over water is called a waterspout. Tornadoes can almost anywhere in the world with the right weather conditions. Their have been tornadoes on six continents. Hurricanes form in the tropics and then follow paths that take them either over land or they or they stay over the open ocean.
A large body of water, such as an ocean or one of the Great Lakes can have an impact, but it is difficult to predict. The water may cool the air, causing the storm to weaken which can cause a tornado to narrow or dissipate. However, the added moisture cloud also cause a storm to intensify, allowing a tornado to continue longer and/or grow larger.
That would depend on the application as some are larger then 48"
When steadily flowing water transitions from a larger diameter pipe to a smaller diameter pipe, its velocity increases due to the principle of continuity, which states that the flow rate must remain constant. According to Bernoulli's principle, as the velocity of the fluid increases, its pressure decreases. Therefore, the pressure in the smaller diameter pipe is lower than in the larger one.
The diameter of a water wheel is determined by several factors, including the intended power output, the flow rate of the water, and the height from which the water falls. A larger diameter can increase the potential energy harnessed from the water, but it also requires more water flow and may need a larger structure. Additionally, the wheel's design and the type of application—such as milling or generating electricity—also influence the optimal diameter. Ultimately, balancing these factors helps achieve efficient performance and functionality.
The column with the smallest diameter has greater pressure and the column with a larger diameter has less pressure.
That would depend on the temperature and is this fresh or sea water? About 305.72
There are no tornadoes that are made of water, but tornadoes do touch down on water fairly often. Tornadoes on water are called waterspouts.
Yes, tornadoes are not a significant factor in the weathering of rocks. Tornadoes mainly cause physical erosion by moving and transporting rocks and sediment. Other factors like water, wind, and temperature fluctuations play a larger role in the chemical and mechanical weathering of rocks over time.
The ocean is larger than a lake. Therefore, being larger it can absorb more heat. That is why a lower temperature is needed to freeze it.
An ice pellet with a diameter larger than 5 mm is called a hailstone. Hailstones are formed when updrafts in thunderstorms carry water droplets high into the atmosphere where they freeze. As more water freezes onto the hailstone, it continues to grow in size until it eventually falls to the ground.