Find out what is the pressure per square meter of each typhoon

Count it yourself 1. WP=V 1600 (3) WP is the wind pressure [kn m], v is the wind speed [m s].

2. Tropical depression: 6 7 (meters per second).

Tropical storm: 8 9 magnitude (meters per second).

Severe tropical storm: 10-11 magnitude (meters per second).

Typhoon: 12-13 (meters per second).

Severe typhoon: 14-15 magnitude (m/s).

Super typhoon: 16-17 (more than meters per second).

References.

Wind pressure is the pressure of the wind on a plane perpendicular to the direction of the airflow. According to the wind pressure relationship derived from Bernoulli's equation, the dynamic pressure of the wind is .

wp= (1)

where WP is the wind pressure [kn m], RO is the air density [kg m], and V is the wind speed [m s].

Since the relationship between air density (ro) and severity (r) is r=ro g, there is ro=r g. Use this relation in (1) to get:

wp= (2)

This is the standard wind pressure formula. In the standard state (air pressure 1013 hPa, temperature 15°C), the air is heavy r= [kn m]. The acceleration due to gravity at latitude 45° g=, we get.

wp=v²/1600 (3)

This equation is a general formula for estimating wind pressure using wind speed. It should be noted that air gravity and gravitational acceleration vary with latitude and altitude. In general, r g is smaller on a plateau than in a plain area, which means that the wind pressure generated by the same wind speed at the same temperature is less on a plateau than in a plain area.

Refer to it for yourself, and I hope other netizens will correct it!

Red Sun Rising 2 for, thank you.

But it can't be operated.,Obviously logged in.,Actually said I didn't log in.,Can't do the following operations.,I'm in a hurry.。

How much force can be generated in one square meter needs to be calculated according to the wind pressure. According to the wind-pressure relationship derived from Bernoulli's equation, the dynamic pressure of the wind is cautious wp= (1) where wp is the permeability wind pressure [kn m; ], RO is the air density [kg m], v is the wind speed [m s].Since the relationship between air density (ro) and severity (r) is r=ro g, there is ro=r g.

is r=ro'g, using this relation in (1), we get wp = (2) This equation is the standard wind pressure formula. In the standard state (air pressure 1013 hPa, temperature 15 °C), the air is heavy r = [kn m3].The acceleration due to gravity at latitude 45° is g=, and we get wp=v2 1600 (3) This equation is a general formula for estimating wind pressure from wind speed.

kpa。Kilopascals, a noun in physics, indicates that the pressure is 1000pa. In the international system, the unit of pressure is n m and is read as Newton per square meter.

1pa=1n/m²。In the international system, the unit of pressure is n m, which is read as Newton per square meter, and it has a special name called Pascal, which is referred to as Pa, which is represented by the symbol Pa. 1 kPa = 1000 Pa, symbol 1 kPa = 1000Pa = 1000 Nm.

Hello, kilopascals are equal to Wu Zhuwei, how many typhoons are equal to how many typhoons, and the answers are as follows. Kilopascal is equal to 12 levels of wind cavity peili fiber. It's a Category 12 typhoon.

Kilopascals, a noun in physics, indicates that the pressure is 1000pa. In the SI unit, the unit of pressure is n m and is read as Newton per square meter. 1pa=1n/m²。

In the international system of units, the unit of pressure is n m, which is read as Newton per square meter, and it has a special name called Pascal, which is referred to as Pa, which is represented by the symbol Pa. 1 kPa = 1000 Pa, symbol 1 kPa = 1000Pa = 1000 Nm.

How many kilograms of weight per square meter is the equivalent of load-bearing?

Equal to kilograms, oh pro.

Is it kilopascals per square meter kilograms.

Yes, dear. Wrong, right?

You can't go wrong, dear.

Kilograms are right, oh dear.

If it's kilogram force, it's kilogram force.

How much force can be produced in a square bai meter, this.

Du needs to be calculated according to the wind pressure.

According to the wind pressure system derived from Bernoulli's process, the dynamic pressure of the wind iswp=(1) where WP is the wind pressure [kn m; ], RO is the air density [kg m], v is the wind speed [m s].

Since the relationship between air density (ro) and severity (r) is r=ro g, there is ro=r g. Use this relation in (1) to get:

wp=(2) This formula is a standard wind pressure formula.

In the standard state (air pressure 1013 hPa, temperature 15°C), the air is heavy r= [kn m]. The acceleration due to gravity at latitude 45° g=, we get.

wp=v²/1600(3) This formula is a general formula for estimating wind pressure by wind speed.

Super Ty: The maximum average wind speed near the center of the ground floor is m seconds, i.e. 16 or above.

Severe Typhoon (STY): The maximum average wind speed near the center of the bottom layer is m s, which is 14-15.

Typhoon (ty): The maximum average wind speed near the center of the bottom layer is m s, i.e. 12-13.

Severe Tropical Storm (STS): Maximum mean wind speed of 10-11 near the center of the bottom layer in meters and seconds.

Tropical Storm (TS): Maximum mean wind speed near the center of the bottom layer in meters and seconds, i.e. wind force 8-9.

Tropical Depression (TD): Maximum mean wind speed near the center of the bottom layer in meters and seconds, i.e. winds of 6-7.

1. WP=V 1600 (3) WP is the wind pressure [kn m], v is the wind speed [m s].2. Tropical depression: 6 7 (meters per second) tropical storm:

8 Category 9 (meters per second) Severe Tropical Storm: 10 Category 11 (meters per second) Typhoon: 12 Category 13 (meters per second) Severe Typhoon:

14 Category 15 (meters per second) Super Typhoon: 16 Category 17 (greater than meters per second) "Wind pressure is the pressure of the wind on a plane perpendicular to the direction of the air flow. According to the wind pressure relationship derived from Bernoulli's equation, the dynamic pressure of the wind is .

WP = in its envy, WP is the wind pressure [kn m], RO is the air density [kg m], and V is the wind speed [m s].Since the relationship between air density (ro) and severity (r) is r=ro g, there is ro=r g. Using this relation in (1), we get WP=This formula is the standard wind pressure formula.

In the standard state (air pressure is 1013hpa and temperature is 15°C), air gravity r = gravitational acceleration g at latitude 45° = we get wp = v 1600 (3) This equation is a general formula for estimating wind pressure from wind speed. It should be noted that air gravity and gravitational acceleration vary with latitude and altitude. In general, r g is smaller on a plateau than in a plain area, which means that the wind pressure generated by the same wind speed at the same temperature is less on a plateau than in a plain area. ”