Both scales could be inaccurate, it really depends on the scales resolution, the weight used to calibrate, and the amount of usage since last calibration.
Generally, digital scales will have higher resolutions, but both types of scales could be equally inaccurate if they were both calibrated wrong or were both worn in from frequent usage.
You can think of it like a digital watch and an analog watch. The digital watch may display time down to the millisecond, while the analog watch displays weight down to the second. The digital one is more precise, but both watches could be inaccurate if they were not set properly, or if they have become slow or fast over time.
The scale is precise but not accurate. (APEX)
A common instrument used to measure the mass of a brick is a scale. A scale works by comparing the weight of the object placed on it to a standard weight. The mass of the brick is typically displayed in units such as grams or kilograms on the scale's digital or analog readout.
Look for the units on the Scale itself. It may either be milligrams or grams itself, depending upon your Digital scale. it would equal 3200 g on a scale
a laboratory balance OR an analytical balance OR a spring scale OR any other kind of scale
These are weighing instruments that have 3 (triple) scales instead of only 1 which makes them very sensitive and rather accurate. Look up 'Triple Beam Balance' or 'Beam Balance' triple.
An old fashioned dial scale is more accurate than a digital scale. The error rate for digital scale is only 1%, which isn't too bad.
A double beam balance is used to compare the masses of two objects. It provides a more accurate measurement of mass than a spring scale. The two beams allow for fine adjustments to achieve balance, ensuring an accurate reading.
In physics, mass is measured using a balance or a scale. The most common methods for accurate measurements include using a triple beam balance, a digital scale, or a spring scale. These tools provide precise measurements by comparing the mass of an object to a known standard.
In science, mass is measured using a balance or a scale. The most common methods for accurate measurements include using a triple beam balance, a digital scale, or a spring scale. These tools provide precise measurements by comparing the mass of an object to a known standard.
A kitchen device used to measure the weight of ingredients and other food. Kitchen scales are available in balance or spring models. A balance scale will give a more accurate reading than a spring scale. Using a scale will result in a more accurate measurement of the ingredients than by measuring it by volume. Scales are available in manual and digital models.
Most are not that accurate. The most accurate "balance beam" scale is accurate to about plus or minus 5 milligrams (5/1000ths of a gram).
A balance scale is accurate to the precision of its measurements, which can vary depending on the scale's design and calibration. Most common balance scales have a precision of +/- 0.1 grams or better. Regular maintenance and calibration are key to ensuring accurate measurements.
You can use a balance scale or a digital scale to weigh the mass of a pen. Make sure the scale is sensitive enough to provide accurate measurements for small items like a pen.
To measure the mass of a box of markers, you would use a scale or balance. A digital scale provides an easy and accurate way to determine the weight of the box. Simply place the box on the scale and read the measurement displayed. If precision is important, a laboratory balance can be used for more accurate results.
A balance or scale is commonly used in laboratories to measure mass. They can be digital or mechanical and are typically accurate to varying degrees depending on the model and precision needed for the experiment.
A digital balance is a type of weighing scale that provides measurement readings in a digital format. It typically displays weight values on a digital screen and is known for its accuracy and precision in measuring the mass of objects.
To adjust the scale balance weight for accurate measurements, you can add or remove weights on either side of the scale until it is balanced. This will ensure that the scale is properly calibrated and provides precise measurements.