Part-per Quadrillion [ppq] to Part-per Trillion [ppt] Converter
Quick Reference
1 Part-per Quadrillion (ppq) = 0.001 Part-per Trillion (ppt)
1 Part-per Trillion (ppt) = 1000 Part-per Quadrillion (ppq)
How to Convert Part-per Quadrillion to Part-per Trillion
1 ppq = 0.001 ppt
1 ppt = 999.9999999999999 ppq
To convert Part-per Quadrillion to Part-per Trillion, divide the value by 1000 (equivalently, multiply by 0.001). To convert Part-per Trillion back to Part-per Quadrillion, multiply by 1000.
Example: convert 10 ppq to ppt:
10 ppq = 10 x 0.001 = 0.01 ppt
Part-per Quadrillion
Definition: Part-per quadrillion (ppq) is a unit used to express extremely minute concentrations, representing one part of a substance per quadrillion parts of the mixture. It is used in highly specialized scientific fields where extremely low concentrations are of interest.
History/origin: The use of 'part per quadrillion' arises from the need to quantify concentrations that are far below those measurable in 'parts per trillion'. Its development is linked to advancements in analytical chemistry and other scientific disciplines allowing for the detection of extremely small quantities of a substance.
Current use: PPQ is used in specialized fields like astrophysics to describe concentrations of elements in stellar atmospheres, and in advanced materials science. The unit is rarely used in common applications due to the extremely low concentrations it represents.
Part-per Trillion
Definition: Part-per trillion (ppt) is a unit used to express extremely low concentrations, representing one part of a substance per trillion parts of the mixture. It is often used in environmental science, toxicology, and chemistry to quantify trace amounts of pollutants or contaminants.
History/origin: The concept of 'parts per' notation originated from the need to express very small concentrations or proportions. 'Part per trillion' is a logical extension of 'parts per million' (ppm) and 'parts per billion' (ppb), becoming relevant with advancements in analytical techniques that allowed for the detection of increasingly smaller quantities.
Current use: PPT is commonly used to measure trace contaminants in water, air, and soil. It is also used in pharmaceutical analysis to quantify impurities, and in forensic science to detect trace amounts of substances in samples. Regulatory agencies often use ppt to set permissible levels for pollutants.
Part-per Quadrillion to Part-per Trillion Conversion Table
| Part-per Quadrillion [ppq] | Part-per Trillion [ppt] |
|---|---|
| 1 ppq | 0.001 ppt |
| 2 ppq | 0.002 ppt |
| 5 ppq | 0.005 ppt |
| 10 ppq | 0.01 ppt |
| 20 ppq | 0.02 ppt |
| 50 ppq | 0.05000000000000001 ppt |
| 100 ppq | 0.10000000000000002 ppt |
| 200 ppq | 0.20000000000000004 ppt |
| 500 ppq | 0.5000000000000001 ppt |
| 1000 ppq | 1.0000000000000002 ppt |
Common pairs of Parts per
Part-per Million
Part-per Billion
Part-per Trillion