The weight gauge can accurately measure the weight of the human body, even if the slight change can be reflected. If the weight becomes lighter after using the weight machine, it may be caused by the following reasons: First, it may be that the posture of the measurement is not correct, such as not maintaining balance when standing, or the surface of the weight machine is uneven, which will lead to errors in the measurement results. Second, it may be a change in water in the body, such as increased fluid intake due to urination, perspiration, or drinking too much water, which temporarily causes weight loss. Finally, it may be due to inaccurate mechanical failure or electronic error that causes the measurement results to be biased. To ensure accurate weight measurement, maintain correct posture, select a flat measurement site, and ensure the accuracy and reliability of the instrument.
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Not light or heavy. Because there is a voltage regulator circuit inside the scale, when the accuracy is about to be affected, it will automatically shut down in advance, and there will be no deviation because of no power, the electronic scale is calculated according to the change of current and voltage.
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And there is a pressure sensitive chip under the electronic scale tray, after the person stands up, the resistance of the pressure sensitive chip will change with the weight, when the current is stable, the electronic scale will show the calculated weight.
Standing on the top of the foot in the middle of the weight meter, slightly back, or standing directly in the front position, the position of the heel to let out, can make weight loss. Because on the weight meter, there are four springs, you only step on a part, the weight is definitely reduced.
Or weigh yourself before meals and don't put anything on your body so you weigh less.
1. The scale gets lighter.
2. This is because the weight of the body is measured according to the force of gravity on the object.
When the object is on the scale, the scale will be affected by the gravity of the object, showing the weight of the object.
When the object is on the scale, if the gravity of the object is reduced, for example, if a balloon is placed on the scale, the buoyancy of the balloon will offset part of the gravity, making the weight displayed on the scale lighter. 3. In a similar situation, a floating body is placed on the scale, and the buoyancy of the floating body will also reduce the gravity of the object, making the weight displayed on the scale lighter.
This is due to the existence of buoyancy, so that the net weight of the object is reduced, resulting in a decrease in the displayed value of the scale.