150
A 1 ml pipette, a 2 ml pipette, a 5 ml pipette, and a 0.5 ml pipette.
A 1 millimeter pipette typically corresponds to a single drop of liquid. However, the volume measurement can vary depending on the specific design and calibration of the pipette.
The bottom of the meniscus should be halfway between the 5.1-mL mark and the 5.2-mL mark
One drop from a 1 ml pipette generally equals about 0.05 ml. However, this can vary depending on the liquid and the technique used for pipetting.
A bulb pipette class A has an accuracy of 0,02 mL.
20 drops = 1ml 20 drops = 1cc 1ml = 1cc
If accuracy is not a problem the most simple way to produce 20 ml of a 1:400 dilution is to take 1:400 of 20 ml (i.e. 0.05 ml) of the original solution and add 19.95 ml of liquid. As pipettes are the most precise close to their maximum uptake volume and micro-pipettes are inherently much less precise than pipettes for larger volumes I'd do a two-step dilution. 1. step: 1.000 ml of original solution with 1 ml pipette + 4 times 4.750 ml with 5 ml pipette 2. step: 1.000 ml of solution from step 1 + 4 times 4.750 ml with 5 ml pipette.
The purpose of a volumetric pipette is to deliver a precise amount of a liquid. The label on the pipette indicates the volume delivered (e.g. 10.00 mL).
27 mL of liquid can be measured with a graduated cylinder, a burette or a pipette.
the answer is 1 tablespoon = approx. 15ml
yes and no because water has a volumic mass of 0,89g/mL Approximative so 1g/mL is not right.
Pipettes come in various sizes and types, so the volume they can hold is usually measured in milliliters (mL) rather than grams. The maximum volume a pipette can hold depends on its size, with common sizes ranging from 0.1 mL to 25 mL. The weight of the liquid in the pipette would depend on the density of the liquid being pipetted.