area surface units conversion
Amount: 1 rood (ro) of area
Equals: 1,517.57 Chinese háo (毫) in area
Converting rood to Chinese háo value in the area surface units scale.
TOGGLE : from Chinese háo into roods in the other way around.
CONVERT : between other area surface measuring units - complete list.
How many Chinese háo are in 1 rood? The answer is: 1 ro equals 1,517.57 毫
1,517.57 毫 is converted to 1 of what?
The Chinese háo unit number 1,517.57 毫 converts to 1 ro, one rood. It is the EQUAL area value of 1 rood but in the Chinese háo area unit alternative.
ro/毫 area surface conversion result | ||||
From | Symbol | Equals | Result | Symbol |
1 | ro | = | 1,517.57 | 毫 |
Conversion chart - roods to Chinese háo
1 rood to Chinese háo = 1,517.57 毫
2 roods to Chinese háo = 3,035.14 毫
3 roods to Chinese háo = 4,552.71 毫
4 roods to Chinese háo = 6,070.28 毫
5 roods to Chinese háo = 7,587.86 毫
6 roods to Chinese háo = 9,105.43 毫
7 roods to Chinese háo = 10,623.00 毫
8 roods to Chinese háo = 12,140.57 毫
9 roods to Chinese háo = 13,658.14 毫
10 roods to Chinese háo = 15,175.71 毫
11 roods to Chinese háo = 16,693.28 毫
12 roods to Chinese háo = 18,210.85 毫
13 roods to Chinese háo = 19,728.43 毫
14 roods to Chinese háo = 21,246.00 毫
15 roods to Chinese háo = 22,763.57 毫
Category: main menu • area surface menu • Roods
Convert area surface of rood (ro) and Chinese háo (毫) units in reverse from Chinese háo into roods.
Area units calculator
Main area or surface units converter page.
Converter type: area surface units
First unit: rood (ro) is used for measuring area.
Second: Chinese háo (毫) is unit of area.
QUESTION:
15 ro = ? 毫
ANSWER:
15 ro = 22,763.57 毫
Abbreviation, or prefix, for rood is:
ro
Abbreviation for Chinese háo is:
毫
Other applications for this area surface calculator ...
With the above mentioned two-units calculating service it provides, this area surface converter proved to be useful also as a teaching tool:
1. in practicing roods and Chinese háo ( ro vs. 毫 ) measures exchange.
2. for conversion factors between unit pairs.
3. work with area surface's values and properties.