"per-cent"means divided by 100 to get fraction 70% = 70/100 = 7/10
7/17 oranges per fruit.
70 decades are in 7 centuries. It's just 10 decades per century times 7 centuries (700 years).
0.7 0,7 (comma as decimal divider) seven tenths 7/10 7/10 7 * 10-1 70% seventy percent 700 milli seven hundred per mil The average of 0.6 and 0.8
7/10 + 7/10 = 7/5
"per-cent"means divided by 100 to get fraction 70% = 70/100 = 7/10
7 divided by 10, which is .7 miles per day.
About 10 dollars per package 7-10
7/17 oranges per fruit.
7/10 mile per 1120m
3.7584 × 10-7 kL per day
You will need to know the miles per hour being traveled. 7 mpg at 70 mph would give 10 gallons per hour. 7 mpg at 42 mph is 6 gallons per hour. 7 mpg at 7 mph is 1 gallon per hour.
Then your speed is 42 miles per hour
The term pH, which is an abbreviation of "potential for Hydrogen" measures the relative concentrations of hydrogen ions (H+) and hydroxide ions (OH-). Because these ions combine to form water, they are always present in inverse proportions; an excess of one leads to a reduced amount of the other. It turns out that in an aqueous solution, the product of the concentrations of these two ions is 10-14. So if you have 10-7 moles per liter of H+ you will necessarily have 10-7 moles per liter of OH- as well (10-7 x 10-7 = 10-14), but if you have 10-3 moles per liter of H+ (which is a lot) you will then have only 10-11 moles per liter of OH-. And that gives you the pH; it is the exponent of hydrogen (but without the minus sign). A concentration of 10-3 moles per liter of hydrogen ions means a pH of 3.
The yield is approximately 7 pounds.
The yield is approximately 7 to 11 pounds.
about 7-10 miles per gallon