500 Mph Storm
Hypercanes would have wind speeds of over 800 kilometres per hour (500 mph), potentially gusting to 970 km/h (600 mph),[7] and would also have a central pressure of less than 700 hectopascals (20.67 inHg), giving them an enormous lifespan of at least several weeks.[5] This extreme low pressure could also support massive storm systems roughly the size of North America.[5][8] For comparison, the largest and most intense storm on record was 1979's Typhoon Tip, with a 1-minute sustained wind speed of 305 km/h (190 mph) and a minimum central pressure of 870 hPa (25.69 inHg). Such a storm would be nearly eight times more powerful than Hurricane Patricia, the storm with the highest sustained wind speed recorded, which had 1-minute sustained winds of 345 km/h (215 mph).[9] However, hypercanes may be as small as 25 km (15 mi) in size, and they would lose strength quickly after venturing into colder waters.[7]
500 Mph Storm
Download Zip: https://www.google.com/url?q=https%3A%2F%2Ftinourl.com%2F2uebVJ&sa=D&sntz=1&usg=AOvVaw1tj4AmzIxZhiVzkAfCT7_0
The waters after a hypercane could remain hot enough for weeks, allowing more hypercanes to form. A hypercane's clouds would reach 30 to 40 km (20 to 25 mi) into the stratosphere. Such an intense storm would also damage the Earth's ozone layer, potentially having devastating consequences for life on Earth.[5][failed verification] Water molecules in the stratosphere would react with ozone to accelerate decay into O2 and reduce absorption of ultraviolet light.[10]
A hurricane functions as a Carnot heat engine powered by the temperature difference between the sea and the uppermost layer of the troposphere. As air is drawn in towards the eye it acquires latent heat from evaporating sea-water, which is then released as sensible heat during the rise inside the eyewall and radiated away at the top of the storm system. The energy input is balanced by energy dissipation in a turbulent boundary layer close to the surface, which leads to an energy balance equilibrium.[citation needed]
Technology which is suppose to revolutionize the way energy is created goes haywire causing mass hurricanes and apocalyptic mayhem. As the freak weather intensifies, waves rise, tsunami's form and basically all hell breaks loose to the point America could be wiped off the planet forever. In the midst of this almighty scientific mess is Dr. Nathan Sims (Casper Van Dien - Fire Twister) who was up in a hot air balloon when his colleagues flicked the switch on the new technology and now must try and get his family to safety by getting them to the top of a mountain before the merging storms cause a "hypercane".
Former storm chaser turned science teacher, Joe Randall (Paul Johansson - Mind Games), suddenly gets a cal from his sister, Maddy (Miranda Frigon - Fatal Performance), a police officer, when what seems like a meteor smashes into a b ...
When those with the power declare that a recent meteor storm a one off event astrophysicist Steve Thomas (Mark Lutz - Finding Christmas) believes it is just a prelude to something much bigger and lot more dangerous. Unfortunately wh ...
Bermuda government authorities had urged people in the storm-hardened Atlantic territory to finish last-minute preparations, and some residents left work early Tuesday. Customers crowded into supermarkets to buy candles, batteries and other emergency supplies. 041b061a72