what can measure a soda can
Use a more accurate measuring device.
Meter is a measure of length. A typical adult will have a height of 1.50 - 1.80 meters. A child can have a height of about 1 meter.Meter is a measure of length. A typical adult will have a height of 1.50 - 1.80 meters. A child can have a height of about 1 meter.Meter is a measure of length. A typical adult will have a height of 1.50 - 1.80 meters. A child can have a height of about 1 meter.Meter is a measure of length. A typical adult will have a height of 1.50 - 1.80 meters. A child can have a height of about 1 meter.
with a tape measure.
Measure human height by the transitive property. Stand up against the wall and make a mark at your height. Then measure the distance from the floor to the mark. You are as tall as the mark is above the floor.
The most suitable units to measure the height of a person are, feet and inches.
First of you will need a meter to measure the height of your child. You can then compare this height with the average heights of other childer. These can be found on the website of your governement.
No. accuracy is a measure of how close the measurements are to the true value.
Put some liquid in the measuring cylinder - to a height that is greater than the height of the pebble. Measure the level of the liquid. Then add the pebble into the cylinder and measure the level of the liquid again. the difference between the two levels is the volume of the pebble,Put some liquid in the measuring cylinder - to a height that is greater than the height of the pebble. Measure the level of the liquid. Then add the pebble into the cylinder and measure the level of the liquid again. the difference between the two levels is the volume of the pebble,Put some liquid in the measuring cylinder - to a height that is greater than the height of the pebble. Measure the level of the liquid. Then add the pebble into the cylinder and measure the level of the liquid again. the difference between the two levels is the volume of the pebble,Put some liquid in the measuring cylinder - to a height that is greater than the height of the pebble. Measure the level of the liquid. Then add the pebble into the cylinder and measure the level of the liquid again. the difference between the two levels is the volume of the pebble,
Accuracy, precision, repeatability and so on are terms that have been closely defined for measurement purpose. By folk such as ASTM. and ISO.The true value is the value towards which a large number of different measurements (by different measurement teams, using different measuring systems ... ..) tends.The accuracy of a particular method or measurement is how closely that answer comes to the True Value.The precision of a measurement represents the confidence you have in the measurement. (Generally by making several measurements.)The resolution of a measurement is merely the number of figures in your answer. A number with many places would have greater resolution, but many of those numbers might be meaningless.So, a single measurement of the height of a mountain for example, might be correct, (true value) but you don't necessarily have reason to be confident of the answer.
There are very many measuring devices. Some will provide very high accuracy (at a cost) while others are "cheap and cheerful".
If you are trying to ask "what does precision in science mean" then I can begin to answer your question. Precision in measurement is a way of deciding how accurate a measurement is. If I were to measure my height with a ruler stick and a pencil against a wall I would expect the measurement to be accurate to a few millimetres. This is usually expressed in scientific terms as "plus or minus" so many millimetres. It is considered unscientific and unfair to describe measurements you may make in scientific work to a greater precision than you can actually make. I am about 5.9 metres (+- 1 cm) but it would be inaccurate and unscientific to say that I was 5.9354 metres tall. JCF
Its a variable. It depends on how tall each are. To find the difference measure them, take the lesser from the greater.
Area = base * height(height being the vertical measure, not the sloped measure)Area = base * height(height being the vertical measure, not the sloped measure)
Precision is what level of detail you're talking about. Accuracy is how close you are to what you're talking about. I am 2m tall vs I am 2.01m tall. The second is more precise. If it's closer to my actual height, then it's also more accurate.
Both weight and size are quantities that (for all practical purposes) can vary continuously, that is, it makes sense to use decimals. However, depending on the units used, anything after the decimal point may be too small to matter. For example, when measuring the height of a person in centimeters, it is difficult to even measure exactly to a precision greater than about 1 cm. - and the fractions of a centimeter are not relevant in any case.Both weight and size are quantities that (for all practical purposes) can vary continuously, that is, it makes sense to use decimals. However, depending on the units used, anything after the decimal point may be too small to matter. For example, when measuring the height of a person in centimeters, it is difficult to even measure exactly to a precision greater than about 1 cm. - and the fractions of a centimeter are not relevant in any case.Both weight and size are quantities that (for all practical purposes) can vary continuously, that is, it makes sense to use decimals. However, depending on the units used, anything after the decimal point may be too small to matter. For example, when measuring the height of a person in centimeters, it is difficult to even measure exactly to a precision greater than about 1 cm. - and the fractions of a centimeter are not relevant in any case.Both weight and size are quantities that (for all practical purposes) can vary continuously, that is, it makes sense to use decimals. However, depending on the units used, anything after the decimal point may be too small to matter. For example, when measuring the height of a person in centimeters, it is difficult to even measure exactly to a precision greater than about 1 cm. - and the fractions of a centimeter are not relevant in any case.
precision and accuracy are defined terms in science.Accuracy is the closeness of a given result to the true value of a measurement. Precision of a result is represented by the scatter of a number of measurements.True value is the average of a number of careful measurements by different experimenters, using different measuring systems. (consider the height of a mountain for example.)Resolution is merely the number of digits in the answer, and of which several may be meaningless.
Many things: Apparent friendliness, height, weight, eye colour, face shape, complexion, clothing style, firmness of handshake, hair colour, hair length, and many others. And even more as we get to know them better. We may not measure these to the same precision but we do measure them nonetheless.
Not necessarily. I measure my height to 3 sig figs (for example 178 cm), but I may choose to report is as 180 cm (to 2 sf).