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Disperse 2 g of the sample, weighed to the nearest 0.1 mg, in 800 ml of water in a 2,000-ml 2,000-ml
Mix 3 g of the sample, weighed to the nearest 0.1 mg, with 50 ml of water in a 250-ml flask.
Adjusted rates for planned births in each OU were calculated by dividing the OU's (observed) unadjusted rate by its predicted ('expected') rate, and multiplying this by the average rate across all OUs in the sample (weighed to take account of the duration of participation of the OUs and their probability of selection in the Birthplace cohort).
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Instead, the main source of uncertainty comes from the sample weighing, which was done to a precision of 0.01 mg.
The sample, weighing 8.9 g, included a range of young freshly emerged to older fully expanded leaves.
The samples weighed from 30 to 60 mg and were rubbed in a jasper mortar to the state of "powder".
The samples weighed 50-mg were put into closed thermally fused melamine (TFM) digestion vessels whose span is 10 mL.
The sampler weighs five kilograms and can capture samples ranging from mud to coral.
The samples weighing between 5 and 10 mg were placed in covered Al pans under N2, to obtain the DSC curves, which in turn provided glass transition temperatures (Tg).
The weight of an unknown sample weighed on the balance is then W T = W Obs 1 − ρ a M / ρ S × 1 − ρ a / ρ X (7).
The mixed sample, weighing 13 g was then deposited into the holder of the cylindrical pressing machine.
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CEO of Professional Science Editing for Scientists @ prosciediting.com