It depends on what you are measuring! Distance is measured in metres Time is measured in seconds Mass is measured in kilogrammes Volume is measured in litres Force is measured in newtons Energy is measured in joules Temperature is measured in kelvin Power is measured in watts Electromotive force is measured in volts Electric current is measured in amperes ...and so on
Cup is measured by volume. It is measured in ml.
they are measured by................
It can be measured by volume
Mass is measured on anything it can be measured on so it cant be
no
grey
100 to 150
The full name is the microalbumin to creatinine ratio. Microalbumin is a test used to detect small amounts of protein in the urine, which is an indicator of kidney damage. Healthy kidneys don't allow any protein to leak out into the urine. Creatinine is a normal waste product that indicates how concentrated the urine is. The microalbumin ratio gives you a number, in the units milligrams of albumin per grams of creatinine, that indicates if your kidneys are functioning properly. The lower the number is, the better.
for microalbumin, and 24 hrs urinry protein, urine protein and creatinine ratio, etc.
It can be. The first void of the morning is usually the most concentrated, which helps when trying to do pregnancy tests or microalbumin-creatinine ratios.
Resistance is measured in Ohms.Resistance is measured in Ohms.Resistance is measured in Ohms.Resistance is measured in Ohms.
It depends on what you are measuring! Distance is measured in metres Time is measured in seconds Mass is measured in kilogrammes Volume is measured in litres Force is measured in newtons Energy is measured in joules Temperature is measured in kelvin Power is measured in watts Electromotive force is measured in volts Electric current is measured in amperes ...and so on
Energy is measured in joules.Energy is measured in joules.Energy is measured in joules.Energy is measured in joules.
Cup is measured by volume. It is measured in ml.
Work is measured in Joules.
In SI, forces are measured in Newtons.In SI, forces are measured in Newtons.In SI, forces are measured in Newtons.In SI, forces are measured in Newtons.