An anemometer measures the wind speed, and a windvan measures wind direction.
Anemometer is the instrument used to measure wind speed and direction.
Temperature: thermometer Rainfall: pluviometer Wind speed: anemometer Wind direction: wind vane, windsock
The weather tool that would be used to measure 318 mph would be a anenometer which measures windspeed. Hope this helped! :)
No, it measures the direction in which its travelling.no it tells you where the wind is coming fromNo. The wind vane would give you wind direction not wind speed.false
Resistance is usually thought of as a scaler, since we usually measure it on wires that have effectively one dimension. However, there are materials that conduct in one direction but not another, so in fact we would need what is commonly called a tensor to properly describe it.
Anemometer is the instrument used to measure wind speed and direction.
Twister chasers mesure windspeed with DOW.
changes in windspeed or direction, sudden changes in air pressure or temperature. Or humidity.
That's going to depend on the windspeed, the direction of the wind compared to the direction of the km you want to sail, the design of the boat, and your skill.
Temperature: thermometer Rainfall: pluviometer Wind speed: anemometer Wind direction: wind vane, windsock
Windspeed
WindSpeed
It's not possible to measure both of those quantities with a single instrument. Wind speed . . . anemometer Air pressure . . . barometer
The relationship between time and windspeed can vary. Windspeed can fluctuate over time due to changing weather patterns and atmospheric conditions. Generally, windspeed can increase or decrease over time in response to various factors such as temperature gradients, pressure systems, and the time of day.
The mode of the windspeed of 40 kph is 40 kph, as it is the value that appears most frequently in the dataset.
by their windspeed
The only information items I can think of, just on the spur of the moment, that I'd need to know in order to answer that question, are: -- the plane's airspeed and direction -- the windspeed and direction -- the plane's altitude when it launches the flare -- the speed and direction, relative to the plane, in which the flare is launched -- whether the flare falls freely, and if not, its aerodynamic properties As I read the question, none of this information is included. So there's nowhere to go.