No. There two main advantages are that it is extremely easy to convert from measurements on one scale to another (for example meters to centimetres) and that many of the units for different characteristics are related in a simple form. For example, the force required to accelerate a mass of 1 kilogram by 1 metre per second squared is 1 newton. The pressure exerted by 1 newton on an area of 1 square metre is 1 pascal, and so on.
Centimeters are the preferred metric unit of measurement for both clothing and body parts. This is why size charts for the US versus other countries appear so different.
when measuring small quantities of liquids.
When You are measuring the volume of an object(not liquid)
Because the metric system bases all of its units of measurements on powers of ten, it is much easier to perform mathematical calculations with the metric system than with the English system, which uses a variety of seemingly random ratios of one unit to the next. A mile is equal to 5,280 feet. A yard is three feet, a foot is twelve inches. And so forth. It makes for needlessly complicated calculations.
A standardized pH meter would be the preferred method to used.
Centimeters are the preferred metric unit of measurement for both clothing and body parts. This is why size charts for the US versus other countries appear so different.
The reason that you can be more precise while measuring in millimeters is because millimeters are smaller than centimeters, therefore you can make more specific measurements. +++ 1m = 100cm and 1cm = 10mm. The cm is not a 'preferred unit' in SI scales.
when measuring small quantities of liquids.
When You are measuring the volume of an object(not liquid)
A voltmeter is used to measure voltage. A potentiometer is used to vary the amount of resistance in a circuit - it has nothing to do with measuring.
This is a great question and a common uncertainty which many people share while taking body measurements for garments. Taking body measurements in ones undergarments is ideal if you're a pro, but certainly not necessary. As long as you are not wearing thick clothes, you can take body measurements in a tee shirt and trousers; the results should be just as accurate as measuring in undergarments. Additionally, in many cases it's actually helpful to take measurements wearing trousers as it will give you a better idea of the optimal point to measure the waist area, the crotch and the preferred length of the pants. Another tip for measuring the trousers length would be to wear the shoes you would normally wear with your outfit, this will help you better understand where you want to the trousers to break and how high you want them from the back heel
This is a great question and a common uncertainty which many people share while taking body measurements for garments. Taking body measurements in ones undergarments is ideal if you're a pro, but certainly not necessary. As long as you are not wearing thick clothes, you can take body measurements in a tee shirt and trousers; the results should be just as accurate as measuring in undergarments. Additionally, in many cases it's actually helpful to take measurements wearing trousers as it will give you a better idea of the optimal point to measure the waist area, the crotch and the preferred length of the pants. Another tip for measuring the trousers length would be to wear the shoes you would normally wear with your outfit, this will help you better understand where you want to the trousers to break and how high you want them from the back heel
A tornado and a twister are the same thing. Tornado is the preferred scientific term.
The most standard measurements are 34-24-34 (bust, waist and hips in inches). Models are allowed to be smaller than these sizes but no larger than one inch in any of these areas.
an experiment is: How many students at your school like Doritos and Cheetos? Which is preferred ?
Because the metric system bases all of its units of measurements on powers of ten, it is much easier to perform mathematical calculations with the metric system than with the English system, which uses a variety of seemingly random ratios of one unit to the next. A mile is equal to 5,280 feet. A yard is three feet, a foot is twelve inches. And so forth. It makes for needlessly complicated calculations.
A standardized pH meter would be the preferred method to used.