1 ml is roughly equal to 1 gram.There fore 50ml water = 50 gm water.
Then The amount of salt =10 gram.
(10/50)*100
=20%
Suppose L litres are required.@ 40% it will contain 0.4L of the active ingredient.Then total volume of mixture = L + 100 litresand volume of active ingredient = 0.4L + 25 litresThe strength is (0.4L + 25)/(L + 100) = 30% = 0.3(0.4L + 25) = 0.3*(L + 100)0.4L + 25 = 0.3*L + 300.1L = 5L = 50 litres.
Bursting strength is directly measured using Bursting strength tester (an instrument). Bursting factor is a calculated measure using the formula: (B.F) of Paper= (B.S. x 1000)/GSM
Strength is not an attribute of numbers.
The ADX indicator measures the strength of a trend and can be useful to determine if a trend is strong or weak. High readings indicate a strong strength and vice versa.
Absinthe ranges in strength from 45-75%
The percentage strength of the solution is 20%. This is calculated by dividing the mass of the salt (10g) by the total mass of the solution (10g salt + 50g water) and multiplying by 100.
20%
The mass/mass percentage is 9.09 % (with the underlined digits repeating)
Well, isn't that just a happy little question! To find the percentage strength of the solution, we need to calculate the amount of chemical in the solution first. Since we have 4kg of chemical in 200 liters of solution, the percentage strength would be 4kg divided by 200 liters, then multiplied by 100 to get the percentage. Happy calculating!
Simple equality. (100ml)(7%) = (500ml)(X%) = 1.4%
3 H2O2 means that the solution contains 3 hydrogen peroxide by volume. This indicates the concentration or strength of the hydrogen peroxide in the solution.
The strength of a solution refers to the concentration of the solute in the solvent. It is typically expressed as a percentage, ratio, or molarity to indicate the amount of solute present in the solution. The strength of a solution can affect its properties and behavior in chemical reactions.
The strength of a solution refers to the amount of solute dissolved in a solvent. It is typically measured in terms of concentration, which can be expressed as a percentage, molarity, or molality. The higher the concentration of solute in the solvent, the stronger the solution.
To calculate the weight/weight (ww) percentage strength of the solution, divide the weight of the drug (1g) by the total weight of the solution (1g drug + weight of solvent in 2.5mL). Since the density of most common solvents is close to 1g/mL, the weight of the solvent in 2.5mL would be around 2.5g. Therefore, the total weight of the solution would be 1g (drug) + 2.5g (solvent) = 3.5g. So, the ww percentage strength of the solution would be (1g / 3.5g) * 100% = 28.57%.
The strength of copper sulfate refers to its concentration in a solution. It is typically expressed in terms of the percentage of copper sulfate present in the solution by weight. Common strengths of copper sulfate solutions range from 5% to 25%.
The concentration of a solution indicates the amount of solute present in a given amount of solvent or solution. It provides information about the dilution or strength of the solution, and is often expressed in units such as molarity, molality, or mass/volume percentage.
It is a solution whose strength and quantity are given .