No, "L" means liters. Saying 3 liters = 3000 liters is a false statement. It would be the same as saying 3 = 3000.
no
0.3 L = 300 milliliters
No, 30 liters equals 30000 milliliters.
You have .07 Liters of 3 moles/Liter of Na2CO3. So if you do .07*3*2 (you multiply by two because there are TWO Na+ ions in Na2CO3) you get .42 moles of Na+. Then you do the same with NaHCO3. So, .03*1 is equal to .03 moles of Na+. Adding .42 with .03 will give you .45, the number of moles of Na+ of the whole solution. Since you are looking for concentration (which is moles if solute divided by Liters of solution), you must divide by .1 Liters (you get that by adding .07 and .03 of the two liquids that compose the solution) to get 4.5 Molar. That is the answer!
3000 liters ^^ that is totally wrong 0.003 liters are in 3 milliliters because 1 liter has 1000 milliliters
3 liters of water or any other substance with the same density of water.
3 liters = 0.792 gallons [US, liquid] Source: http://www.onlineconversion.com/volume.htm
A litre is 1000 millilitres, so 3 litres is 3000 millilitres.
thirty thousand 30,000
300 mlThere are 1000 milliliters in 1 liter. One milliliter is 0.001 liter.
.03 is the same as 0.03 and as a fraction it is 3/100
0.3 milliliters = 0.0003 liters
You have .07 Liters of 3 moles/Liter of Na2CO3. So if you do .07*3*2 (you multiply by two because there are TWO Na+ ions in Na2CO3) you get .42 moles of Na+. Then you do the same with NaHCO3. So, .03*1 is equal to .03 moles of Na+. Adding .42 with .03 will give you .45, the number of moles of Na+ of the whole solution. Since you are looking for concentration (which is moles if solute divided by Liters of solution), you must divide by .1 Liters (you get that by adding .07 and .03 of the two liquids that compose the solution) to get 4.5 Molar. That is the answer!
o,03
The Name's the Same - 1951 1953-03-03 was released on: USA: 3 March 1953
3/100 is the same as .03 or 3%.
No.
They both have the same value
Yes, liters is the same world-wide.
no, they mean the same thing