320 kilometers is 198.84 miles.
The ratio of solute and the solvent determine the strength of a solution in terms of concentration. 1 gm of salt (NaCl) dissolved in one liter - less concentration 100 gm of salt in in 1 liter of water - high concentration 320 gm of slat in 1 liter of water - saturated more than 320 gms in liter of water - super saturated Now the difference is : if the maximum quantity of solute could dissolve fully in the solvent @ NTP or STP it is called saturated solution, above which it could not dissolve further without increasing the temperature as it has reached the equilibrium of solubility. For chlorides it is 32% as rule of thumb. If you can raise the temperature more salt will dissolve but once the temperature drops down, it will develop crystalline flakes floating on the water - called salting out. Hence anything close to saturation point is concentrated solution. Other examples are: 32 % HCl is Concentrated. There is no saturated HCl acid available. Nitric acid is called strong or concentrated if it has 68% of HNO3 and above 86% it is called Fuming nitric acid. Maximum is 95% is known as white fuming nitric acid.
To find out how many ounces are needed to treat 100 gallons of fuel, you can set up a proportion: ( \frac{320}{3750} = \frac{x}{100} ). Cross-multiply to solve for (x) which gives ( x = \frac{320 \times 100}{3750} = 8.53 ) ounces. So, you would need approximately 8.53 ounces of solution to treat 100 gallons of fuel.
To convert kilometers to miles, you can use the conversion factor of 1 kilometer is approximately 0.621371 miles. Thus, to convert 320 km to miles, you would multiply 320 by 0.621371 to get the equivalent distance in miles. In this case, 320 km is approximately 198.84 miles.
320 meters=0.32 kilometers
To find out how much of the 30% acid solution is needed, we can set up a weighted average equation. Let x be the volume of the 30% solution needed. Since the final solution is 62% acid, we can write the equation as: 0.80*(400-x) + 0.30x = 0.62*400. Solving this equation, we find x to be 280 liters. Therefore, 280 liters of the 30% acid solution is needed to make a 400L solution that is 62% acid.
259.20
320
320
50 percent of 320 = 16050% of 320= 50% * 320= 0.50 * 320= 160
To find 35 percent of 320, you can multiply 0.35 (which is 35 percent as a decimal) by 320. This calculation would be 0.35 x 320 = 112. Therefore, 35 percent of 320 is 112.
18% off of 320 (57.6) leaves a balance of 262.4
86 percent of 320 is 275.2.
19 percent of 320 is 60.8.
140.8 is 44 percent of 320.
12 / 320 = .0375 Answer: 3.75%
A change from 320 to 380 would be an 18.75% increase