DRC vs LabCalcMadeEasy

A simple to use app to help calculate any dilution ratio. The Dilution Ratio Calculator (DRC) app is specifically designed for automotive detailing. It will tell you how much water and product you need to get your desired dilution ratio. Simply enter your container size and dilution ratio to get accurate instant results in either Ounces or Milliliters. With the DRC app quickly calculate the amount of water and solution you need wherever you are! Learn what Panel Impact Ratio (PIR) is and how to calculate the right PIR for you. Also has a quick and easy to use Converter to convert Ounces to Milliliters or Milliliters to Ounces. The DRC app also has a dedicated section where you can find a wide variety of products with their dilution ratios. Everything from Detail Spray, Pre-Wash, Shampoo, and Wheel Cleaner. Easy for you to quickly find.

A fast, focused calculator for the wet-lab bench. Built for single-cell and molecular biology workflows — BD Rhapsody sample pooling, dilutions, dsDNA molarity, and a full scientific calculator, all in one offline app. TOOLS Pool — Plan BD Rhapsody sample pooling with QC removal. Enter sample count, final pool volume, QC removal volume, and target nuclei after QC. Supports tagged samples (T1 to T6), per-sample final volumes that auto-fill to pool ÷ N (editable if uneven), and switches between stock and diluted input modes with a dilution factor. Dilute — Classic C1V1 = C2V2 dilution calculator. Pick any combination of concentration units (M, mM, µM, nM, ng/µL, µg/mL) and volume units (L, mL, µL). Instant results. dsDNA — Convert between pg/µL and nM using average fragment size. Handles both stock and pre-diluted input via a dilution factor. Uses the standard 660 g/mol per bp conversion. Calc — A clean scientific calculator with trig functions (sin, cos, tan), logarithms (log10, ln), exponents, square roots, parentheses, π, and e. WHY No accounts. No ads. No data collection. Works entirely offline, designed for quick calculations at the bench when you do not want to reach for a laptop or interrupt a protocol. Supports both light and dark modes. Built by the Swarup Lab at UC Irvine.