6 is an integer and not a fraction. However, it can be expressed in fractional form as 6/1. If you want it as a decimal fraction of some other quantity then you need to specify that second quantity.
1 000 000 000 000 can also be expressed as 1.0*1012 in standard form.
Inter-quartile range, other percentile ranges, mean absolute variation, variance, standard error, standard deviation are all possible measures.
In that case, one quantity (the quantity that depends on the other) is said to be a function of the other quantity.
The ratio equivalent to 49 can be expressed as 49:1. This means that for every 49 parts of one quantity, there is 1 part of another quantity. Other equivalent ratios include 98:2 or 245:5, as long as both parts of the ratio are multiplied by the same non-zero number.
It is 1 whole of a teaspoon. If you wanted it expressed as a fraction of some other quantity perhaps it would have made sense to specify the other quantity.
It is 525/1 grams. If you want it expressed as a fraction of some other quantity then you need to specify the second quantity.
6 is an integer and not a fraction. However, it can be expressed in fractional form as 6/1. If you want it as a decimal fraction of some other quantity then you need to specify that second quantity.
1 000 000 000 000 can also be expressed as 1.0*1012 in standard form.
derived quantity
Energy is typically expressed in joules (J), which is the standard unit of energy in the International System of Units (SI). Other common units used to express energy include calories and kilowatt-hours.
Inter-quartile range, other percentile ranges, mean absolute variation, variance, standard error, standard deviation are all possible measures.
Comparator is usually a substance which compares two quantities; one quantity is the processed one and the other is a standard value to which the processed value has to be compared. Hysteresis is a property in which the change in the magnetization lags behind change in the magnetic field. Now, Hysteresis comparator can be described as a comparator which compares a processed quantity with a quantity whose value is standard for hysteresis property., the difference being given as the output
In that case, one quantity (the quantity that depends on the other) is said to be a function of the other quantity.
A measurement generally consists of a value (usually numerical) and a unit (e.g. of length, weight, volume). It may also consist of a scalar value and more than one unit, such as acceleration in meters per second.Some measurements express quantity in other ways. A chemical, for example, may be expressed in two terms: volume and concentration. A quantity of gas may be given as volume and pressure, or as partial pressure within a mixture at a standard pressure.
The value of 1 unit depends on the context in which it is used. It could be 1 meter, 1 kilogram, 1 item, etc. Can you please provide more information so I can give a more specific answer?
The ratio equivalent to 49 can be expressed as 49:1. This means that for every 49 parts of one quantity, there is 1 part of another quantity. Other equivalent ratios include 98:2 or 245:5, as long as both parts of the ratio are multiplied by the same non-zero number.