Bulletin No.104 1912
Bulletin No.104 1912
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The horizontal line passing through this intersection will give the relative humidity.
Example: Dry bulb 70®, wet 62**, difference 8®. Find 70** on the horizontal line of temperature. Follow up the vertical line from 70** till it intersects with the convex cun'^e marked 8**. The horizontal line passing through this intersection shows the relative hmnidity to be 64 per cent.
(2) To find how much water per cubic foot is contained in the air.
Find the relative humidity as in example No. 1. Then th...e nearest concave curve gives the weight of water in grains per cubic foot when the air is cooled to the dew point. Using the same quantities as in example No. 1, this will be slightly more than 5 grains.
(3) To find the amount of water required to saturate air at a given temperature.
Find on the top line (100 per cent humidity) the given temperature; the concave curve intersecting at or near this point gives the number of grains per cubic foot. (Interpolate, if great accuracy is desired.) (4) To find the dew point.
What to read after Bulletin No.104 1912?
You can find similar books in the "Read Also" column, or choose other free books by United States. Forest Service to read onlineMoreLess
To quickly assess the difficulty of the text, read a short excerpt:
The horizontal line passing through this intersection will give the relative humidity.
Example: Dry bulb 70®, wet 62**, difference 8®. Find 70** on the horizontal line of temperature. Follow up the vertical line from 70** till it intersects with the convex cun'^e marked 8**. The horizontal line passing through this intersection shows the relative hmnidity to be 64 per cent.
(2) To find how much water per cubic foot is contained in the air.
Find the relative humidity as in example No. 1. Then th...e nearest concave curve gives the weight of water in grains per cubic foot when the air is cooled to the dew point. Using the same quantities as in example No. 1, this will be slightly more than 5 grains.
(3) To find the amount of water required to saturate air at a given temperature.
Find on the top line (100 per cent humidity) the given temperature; the concave curve intersecting at or near this point gives the number of grains per cubic foot. (Interpolate, if great accuracy is desired.) (4) To find the dew point.
What to read after Bulletin No.104 1912?
You can find similar books in the "Read Also" column, or choose other free books by United States. Forest Service to read onlineMoreLess
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