On a syringe, 0.15 milliliters would typically be represented by a small marking between the 0.1 mL and 0.2 mL lines, depending on the syringe's calibration. If using a standard 1 mL syringe, it may not have a precise mark for 0.15 mL, as these syringes often have increments of 0.1 mL. In that case, you would estimate by filling the syringe just slightly past the 0.1 mL mark, but before reaching the 0.2 mL mark. It's important to ensure accuracy, especially in medical contexts.
I write 6 015 103 as 6 015 103.
To read a tuberculin syringe you simply have to look at the calibrations on the syringe. Make sure that your eye is level to avoid taking a wrong reading as a result of parallax.
Particles in a syringe may appear as a suspension or solution depending on the type of material being injected. Suspensions typically look cloudy or have visible particles floating in the liquid, while solutions are usually clear and homogeneous. Observing particles in a syringe can give clues about the nature and consistency of the substance being dispensed.
Since 015 = 15, 015 of 1% = 15 of 1% = 15% or 0.15
0.015
015% = 15% is equal to 0.15
yeah boarders yeah
It looks like all three of your capacitors have the same value. So the effective capacitance when they're all conected in series is 1/3 of that value = 0.005 fd.
There are two syllables in syringe. The syllables are sy-ringe. The ge sound makes it sound like three, but it isn't.
it is spelt 'syringe'
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