Question

Сколько водяного пара содержится в помещении 10 5 4м если температура воздуха 18 С влажность воздуха 30%

Answer 1

10*5*4=200м³  объём помещения
максимум при18° 15,4г/м³
15,4*0,3=4,62г/м³   (30%)
200*4,62=924г

Answer 2

Calculation of Water Vapor Content in the Room

To calculate the amount of water vapor in the room, we need to consider the volume of the room and the humidity level. Given that the room has dimensions of 10m x 5m x 4m and the air temperature is 18°C with a humidity level of 30%, we can proceed with the calculation.

The first step is to calculate the volume of the room:

Volume = Length x Width x Height Volume = 10m x 5m x 4m Volume = 200 cubic meters

Next, we need to calculate the maximum amount of water vapor that the air in the room can hold at the given temperature. This is known as the saturation vapor pressure. Unfortunately, the search results did not provide the necessary information to calculate the saturation vapor pressure at 18°C.

However, we can estimate the water vapor content in the room using the relative humidity. Relative humidity is the ratio of the actual amount of water vapor in the air to the maximum amount it can hold at a given temperature. In this case, the relative humidity is 30%.

To estimate the water vapor content, we can use the following formula:

Water Vapor Content = Volume x Relative Humidity Water Vapor Content = 200 cubic meters x 0.30 Water Vapor Content = 60 cubic meters

Therefore, the estimated amount of water vapor in the room is 60 cubic meters.

Please note that this is an estimation based on the given information. For a more accurate calculation, it would be necessary to know the saturation vapor pressure at 18°C.

Conclusion

Based on the given information, the estimated amount of water vapor in the room with dimensions of 10m x 5m x 4m, an air temperature of 18°C, and a humidity level of 30% is approximately 60 cubic meters.