I assume you mean molar instead of mole?
Fast:
The HCl solution is 3 times as concentrated.
Since both can only donate 1 H+ or OH-...
you wil need 3 times as much NaOH to neutralise the HCl.
20 ml * 3 = 60 ml
Slow:
The HCl solution has 6 mol/L
There is 20 ml of it, so you have 0.02 L * 6 mol/L = 0.12 mol of HCl
Each mole of HCl donates 1 mole of H+
So there is 0.12 mol of H+ that you have to neutralise.
This equals to 0.12 mol OH-
Each NaOH donates 1 OH-
So you need 0.12 mol NaOH
The NaOH solution you are using has 2 mol/L
So you have to use 0.12 mol / 2 mol/L = 0.06 L = 60 ml
The formula for this question is c1v1= c2v2 c1v1= 20ml x 0.01m = 0.02 x 0.01 c2v2= 0.03c2 therefore it is (0.02 x 0.01) / 0.03 = c2 c2 is the molarity of our na-oh solution cheers :D The formula for this question is c1v1= c2v2 c1v1= 20ml x 0.01m = 0.02 x 0.01 c2v2= 0.03c2 therefore it is (0.02 x 0.01) / 0.03 = c2 c2 is the molarity of our na-oh solution.
The question cut off so I am not sure what the second solution is. If it's NaOH, when you mix equal volumes of HCl and NaOH, they will neutralize each other to form water and salt (NaCl). The resulting solution will have a pH close to 7, indicating a neutral pH level.
Yes, a solution is considered concentrated when there is a large amount of solute (salt in this case) dissolved in a given amount of solvent (water in this case). With 20ml of salt in 50ml of water, the concentration of the solution would likely be high.
To neutralize the sulfuric acid completely, you need a 1:2 molar ratio of sodium hydroxide to sulfuric acid. Therefore, you would need to add twice the amount of sodium hydroxide compared to the amount of sulfuric acid, which is 40.0 mL of the sodium hydroxide solution.
To determine the number of moles of lithium in 20mL of 0.5mM lithium phosphate, first calculate the moles of lithium in 1mL of the solution: 0.5mM = 0.5 mmol/L = 0.5 × 10^-3 mol/L = 5 × 10^-4 mol/L Now, for 20mL: 5 × 10^-4 mol/L × 20 mL = 0.01 moles of lithium
The formula for this question is c1v1= c2v2 c1v1= 20ml x 0.01m = 0.02 x 0.01 c2v2= 0.03c2 therefore it is (0.02 x 0.01) / 0.03 = c2 c2 is the molarity of our na-oh solution cheers :D The formula for this question is c1v1= c2v2 c1v1= 20ml x 0.01m = 0.02 x 0.01 c2v2= 0.03c2 therefore it is (0.02 x 0.01) / 0.03 = c2 c2 is the molarity of our na-oh solution.
The question cut off so I am not sure what the second solution is. If it's NaOH, when you mix equal volumes of HCl and NaOH, they will neutralize each other to form water and salt (NaCl). The resulting solution will have a pH close to 7, indicating a neutral pH level.
In a 5mg/5mL solution, 20mL would contain 20mg of the active ingredient. To convert mg to cc, you need to know the density of the specific substance in question. This conversion cannot be accurately completed without the density information.
Yes, a solution is considered concentrated when there is a large amount of solute (salt in this case) dissolved in a given amount of solvent (water in this case). With 20ml of salt in 50ml of water, the concentration of the solution would likely be high.
.26
calculate final molarity of the solution if 11ml of 5m solution is made up to 20ml
20ml
To measure out 20ml of water, you would need a measuring cup or a graduated cylinder with markers indicating milliliters. Pour the water into the measuring tool slowly until it reaches the 20ml mark.
To neutralize the sulfuric acid completely, you need a 1:2 molar ratio of sodium hydroxide to sulfuric acid. Therefore, you would need to add twice the amount of sodium hydroxide compared to the amount of sulfuric acid, which is 40.0 mL of the sodium hydroxide solution.
20ml - 0.2ml = 19.8
A graduated cylinder or a syringe would be suitable tools for measuring exactly 20ml of water. Be sure to read the measurement at eye level for accuracy.
Xml/1gm=100mL/5g=20mL Xgm/10mL=5gm/100mL=.5gm =.5g/20mL