the heat flow is the same
if the flow is considered conduction
it the glass is clear more radiation occurs from light to dark
if the glass is molten you can transfer heat with convection
a windy day affects windows thru infiltration which will mean the cracks around the edges
perhaps anyone asking this question should not look for a career as a window sales engineer
The average wind speed during a flood can vary greatly depending on the specific weather conditions at the time. It is not uncommon for strong winds to accompany severe weather events like floods, with speeds ranging from 30-50 mph or higher in some cases. Floods caused by hurricanes or tropical storms may experience even stronger wind speeds.
The wind speeds on gas giant planets like Jupiter and Saturn are much greater than those on Earth due to their massive sizes and thick atmospheres, which create strong pressure gradients. Additionally, these planets lack solid surfaces, allowing for greater atmospheric circulation and the development of intense storms. Their rapid rotation also contributes to the Coriolis effect, enhancing wind speeds. Combined, these factors lead to extreme weather patterns and significantly higher wind speeds compared to Earth.
The wind speeds on gas giant planets are significantly greater than those on Earth due to their lack of a solid surface, which allows for more uniform and sustained atmospheric flow. Additionally, gas giants have intense heat from their interiors, driving strong convection currents and resulting in faster wind speeds. Their rapid rotation also contributes to the Coriolis effect, enhancing wind patterns and creating powerful storms. These factors combine to create extreme weather systems that are far more dynamic than those on Earth.
Yes, it's possible, but only during Pluto's summer, when it has a temporary atmosphere.
A tropical storm with winds of 120 km/h (75 mph) or greater is called a hurricane.
Their cores are spinning faster.
wind speeds over 74 miles per hour are possible. in a hurricane winds can get up to 100 miles an hour!
The average wind speed during a flood can vary greatly depending on the specific weather conditions at the time. It is not uncommon for strong winds to accompany severe weather events like floods, with speeds ranging from 30-50 mph or higher in some cases. Floods caused by hurricanes or tropical storms may experience even stronger wind speeds.
During a blizzard, wind speeds can vary but are typically between 35-45 miles per hour (56-72 km/h). However, it is not unusual for wind speeds to exceed 60 miles per hour (97 km/h) during severe blizzards.
Wind speeds up to 175 mph
The wind speeds on gas giant planets like Jupiter and Saturn are much greater than those on Earth due to their massive sizes and thick atmospheres, which create strong pressure gradients. Additionally, these planets lack solid surfaces, allowing for greater atmospheric circulation and the development of intense storms. Their rapid rotation also contributes to the Coriolis effect, enhancing wind speeds. Combined, these factors lead to extreme weather patterns and significantly higher wind speeds compared to Earth.
The wind speeds on gas giant planets are significantly greater than those on Earth due to their lack of a solid surface, which allows for more uniform and sustained atmospheric flow. Additionally, gas giants have intense heat from their interiors, driving strong convection currents and resulting in faster wind speeds. Their rapid rotation also contributes to the Coriolis effect, enhancing wind patterns and creating powerful storms. These factors combine to create extreme weather systems that are far more dynamic than those on Earth.
The amount of energy produced by wind turbines is directly proportional to the wind speed. Higher wind speeds result in increased kinetic energy being captured by the turbine blades, leading to greater electricity generation. Conversely, lower wind speeds correspond to reduced energy output.
There are no wind speeds to discuss on Mercury, since there is no atmosphere there.
No, the Saffir-Simpson Hurricane Wind Scale only goes up to Category 5, with wind speeds greater than 157 mph. The scale is based on sustained wind speeds and the potential for damage caused by the storm.
Yes, it's possible, but only during Pluto's summer, when it has a temporary atmosphere.
There was rain, flooding and wind speeds up to 175mph