Enter liquid volumes and see the exact ratio. Scale totals, percentages, and mix planning instantly. Use simple inputs for accurate mixture checks every time.
| Component A | Component B | Target Total | Simplified Ratio | Component A % |
|---|---|---|---|---|
| 150 mL | 50 mL | 400 mL | 3 : 1 | 75% |
| 2 L | 1 L | 9 L | 2 : 1 | 66.67% |
| 8 fl oz | 12 fl oz | 40 fl oz | 2 : 3 | 40% |
| 250 mL | 250 mL | 1000 mL | 1 : 1 | 50% |
Volume to volume ratio: Ratio A:B = Volume A / Volume B
Total mixture volume: Total = Volume A + Volume B
Component A percent: %A = (Volume A / Total Volume) × 100
Component B percent: %B = (Volume B / Total Volume) × 100
Scaled Component A: A scaled = (Volume A / Total Volume) × Target Total
Scaled Component B: B scaled = (Volume B / Total Volume) × Target Total
The calculator first converts units into mL. It then finds the raw ratio, simplified ratio, and percentage share. If you enter a target total volume, it scales both parts while keeping the same mixing proportion.
A volume to volume ratio calculator helps compare two liquid amounts in the same mixture. It shows how much of one part exists against another part. This is useful in maths, lab preparation, cleaning mixes, food production, and batch planning. The tool also converts units before comparing values. That makes the result easier to trust when the two inputs start in different volume units.
Volume to volume ratio is often written as A:B. A 2:1 result means two equal volume parts of Component A are used for every one part of Component B. The same relationship can also be expressed as percentages. That helps when you want to understand mixture balance quickly. A percentage view is helpful for checking solution strength, product consistency, and repeatable mixing instructions.
Many users do not only need the ratio. They also need scaled amounts for a larger or smaller batch. This calculator handles that step. Enter a target total volume and the tool calculates how much of each component is needed. The ratio stays unchanged. This saves time and reduces manual errors. It is especially useful when moving from test samples to production quantities.
Mixing values from different units can cause mistakes. One input may be in liters while the other is in milliliters or fluid ounces. The calculator converts everything into a common base first. Then it computes the raw ratio, simplified ratio, and v/v percentages. This method supports accurate comparison and consistent scaling. It also makes the results easier to document and share.
Use this page when you need a fast liquid ratio check, mixture planning, or percentage breakdown. It is practical for study work, lab tasks, process notes, and routine calculations. The built in export options also help with reporting. Because the layout is simple, the calculator is easy to use on large screens, smaller screens, and mobile devices.
It compares one liquid volume to another liquid volume in the same mixture. The result is usually written as A:B, such as 3:1 or 2:5.
Yes. You can enter each volume in its own unit. The calculator converts both values to a common base before calculating the ratio and percentages.
The raw ratio shows the exact numeric relationship. The simplified ratio reduces both sides to the smallest whole number form for easier reading and reporting.
% v/v means percent by volume. It shows how much of the total mixture comes from one component, based on volume rather than mass.
A target total lets the calculator scale the recipe. It tells you how much of each component is needed to keep the same ratio in a new batch size.
Yes. It is useful for quick solution planning, solvent blends, dilution checks, and any task where two liquid parts must stay in a fixed proportion.
No. It also works for household mixes, food prep, manufacturing notes, classroom maths, and any other volume based comparison problem.
Yes. The export buttons save the result summary from your current calculation. This makes it easy to keep a record or share the computed values.
Important Note: All the Calculators listed in this site are for educational purpose only and we do not guarentee the accuracy of results. Please do consult with other sources as well.