Absolute Humidity

Pronunciation: /ˈæbsəˌlut hjuːˈmɪdəti/

Definitions of absolute humidity

noun a measure of the amount of water vapor present in a unit volume of air, expressed in grams per cubic meter

Example Sentences

A1 Absolute humidity is the amount of water vapor present in a unit volume of air.

A2 People often confuse absolute humidity with relative humidity.

B1 Understanding absolute humidity is important in predicting weather patterns.

B2 Scientists use specialized equipment to measure absolute humidity accurately.

C1 Absolute humidity is a key factor in determining the comfort level of indoor environments.

C2 The absolute humidity levels in tropical regions can be significantly higher than in arid regions.

Examples of absolute humidity in a Sentence

formal The meteorologist measured the absolute humidity in the air to determine the moisture content.

informal I heard that the absolute humidity is really high today, so it's going to feel extra muggy outside.

slang Dude, the absolute humidity is off the charts right now - it's like breathing in soup!

figurative Her anger was like the absolute humidity in a tropical rainforest, thick and suffocating.

Grammatical Forms of absolute humidity

• plural: absolute humidities
• comparative: more absolute humidity
• superlative: most absolute humidity
• present tense: is absolute humidity
• future tense: will be absolute humidity
• perfect tense: has been absolute humidity
• continuous tense: is being absolute humidity
• singular: absolute humidity
• positive degree: absolute humidity
• infinitive: to be absolute humidity
• gerund: being absolute humidity
• participle: absolute humidity

Origin and Evolution of absolute humidity

First Known Use: 1848 year

Language of Origin: Latin

Story behind the word: The term 'absolute humidity' originated in the field of meteorology to describe the total amount of water vapor present in a unit volume of air.

Evolution of the word: The concept of absolute humidity has remained consistent in its definition since its first known use in 1848, with advancements in technology allowing for more accurate measurements and calculations of this meteorological parameter.