It would have to have a pH of greater than seven.
It's one of the following;a) Its concentrationb) Its temperaturec) The number of H+ ions that go into solutiond) The number of OH- ions that go into solutione) The amount of the solution
neutrial
The strength of a basic solution is represented by the pH of the solution. The greater the pH, the more basic the solution. Solutions with a pH greater than seven are considered to be basic.
When each of the following is added to water, is the resulting solution acidic, basic, or neutral? a) HClO, b) NaCl, c) HCN, d) MgO, e) CH3OH
Neutral solution: pH =7Acidic solution: pH7.
It would have to have a pH of greater than seven.
This cannot be answered. You will have to give me some choices to choose from.
It's one of the following;a) Its concentrationb) Its temperaturec) The number of H+ ions that go into solutiond) The number of OH- ions that go into solutione) The amount of the solution
a buffer is wrong, it is basic or alkaline, depending on the choices
neutrial
what are the three basic choices in risk management
The strength of a basic solution is represented by the pH of the solution. The greater the pH, the more basic the solution. Solutions with a pH greater than seven are considered to be basic.
When each of the following is added to water, is the resulting solution acidic, basic, or neutral? a) HClO, b) NaCl, c) HCN, d) MgO, e) CH3OH
This solution is basic.
Non_degenerate basic feasible solution
Neutral solution: pH =7Acidic solution: pH7.
A hydroxide (as NaOH) release the ion OH- in water.