A rainfall of 60 cm means that if all the rain that fell over a specific area were collected, it would measure 60 centimeters deep. This measurement is commonly used in meteorology and hydrology to quantify precipitation over a set period, typically a year. It indicates the volume of water that has fallen, which can impact water supply, agriculture, and ecosystems in that region.
175 cm approximately
60 times 70= 4,200 4,200 cm=1653.5 in
There are approximately 23.62 inches in 60 centimeters.
There are about 0.3937 inches per cm. So, 60 cm x 0.3937 = about 23.622 inches.
60 inches is 152.4 cm
The annual rainfall in a deciduous forest typically ranges from 30 to 60 inches, with some variation depending on location and climate conditions. This level of rainfall is crucial for supporting the diverse plant and animal life found in deciduous forests.
Areas that receive over 400 cm of rainfall are rain forests. The areas that receive less than 20 cm of rainfall are desert areas.
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The average yearly rainfall in the Chaparral biome ranges from 25-50 cm. The rainfall is typically concentrated in the winter months, with long periods of drought during the summer.
25 cm
125 cm
Minimum normal annual rainfall between 175 cm (69 in) and 200 cm (79 in) occurs in this climate region.
Well first you need to know how many frogs there were
1 meter = 100cm. So, 60 cm = 60 / 100 = 0.6 meters.
20-100 cm of rainfall is required for its growth.
Convert to the same units then you can do the division: 1 ft = 30.48 cm (exactly) → 35 ft ÷ 60 cm = 35 × 30.48 cm ÷ 60 cm = 1066.8 ÷ 60 = 17.78 You can get 17 whole lengths of 60 cm and 0.78 of a 60 cm length (or 17 whole lengths of 60 cm and 46.8 cm left over)
100 cm = 1 meter 60 meters = 6000 cm