The same units that you use for length and distance. For example, the SI unit would be the meter.
mm (millimeters)
You would need fewer centimeters to measure the height of a doorway compared to meters. Since there are 100 centimeters in a meter, using centimeters would result in a larger numerical value, but you would need fewer total units to represent the height. For example, a doorway height of 2 meters would be 200 centimeters, so using meters requires fewer units.
Small distance or height is measured in millimeter. Larger quantities are measured in kilometers.
The best tool to measure a lunch box would be a tape measure or a ruler, as they can provide accurate measurements of its length, width, and height. The most suitable unit of measure would be inches or centimeters, depending on your preference or regional standards. These measurements will help determine the lunch box's dimensions for storage or fitting into a backpack.
Metres and centimetres. Or feet and inches. Then square any measurements to find the area.
Measurements are made in units. The specific units that you would use depend upon what it is that you wish to measure. Practically anything can be measured.
mm (millimeters)
Meters for height Kilograms for mass.
usually a arm would be compared to whatever they were trying to measure.
What measurements units would be best to measure the amount of wanter in and eye dropper
I would use meters.
ab frog
These seem to be measurements for a three-dimensional object, most likely a cuboid solid, or a tank. One of the measurements would be the height, another the length and the last the width. Whatever units are involved, the object would have a volume of 102,510 cubic units.
You would need fewer centimeters to measure the height of a doorway compared to meters. Since there are 100 centimeters in a meter, using centimeters would result in a larger numerical value, but you would need fewer total units to represent the height. For example, a doorway height of 2 meters would be 200 centimeters, so using meters requires fewer units.
Metres and centimetres. Or feet and inches. Then square any measurements to find the area.
Metres and centimetres. Or feet and inches. Then square any measurements to find the area.
That depends what aspect of the glass of water you want to measure: its height, its volume, its mass, its index of refraction, etc.