Why is your weight reading best shown when you stand still? 71. Only
when you are in equilibrium will the support force on you correctly show your weight
. Then it is equal to the force of gravity on you.
How do you stand on a scale for most accurate weight?
For the best results, step onto the scale,
stand completely still and count to three
. Three seconds is the ideal amount of time for the scale to obtain an accurate reading. Moving around and shifting your weight while standing on it, may cause inaccurate readings.
Why does my weight change depending on where I stand on the scale?
#1 Every time a
digital scale is moved it needs to be calibrated
. Initializing the scale resets the internal parts allowing the scale to find the correct “zero” weight and ensure accurate readings. If the scale is moved and you do NOT calibrate it, you are likely to see fluctuations in your weight.
When you stand on a bathroom scale the scale is showing you?
When you stand on a scale, the
scale measures your force of gravity AKA weight
. This measurement is influenced by Earth’s gravitational force of 9.8N[down] .
When you stand at rest on a pair of bathroom scales the reading on each scale?
When you stand at rest on a pair of bathroom scales, the readings on the scales will alwaysSelected Answer:
add up to equal your weight
. The force of friction on a sliding object is 10 N.
Can a digital scale be off by 10 pounds?
Test if your scale is
accurate
by finding an item with an exact weight, for example, a 10-pound free weight. If the scale registers anything other than 10 pounds, it needs to be calibrated or replaced. Many digital scales have a calibration mechanism that may need to be reset, so check for that as well.
How much weight do you lose overnight?
Overnight, you might observe that you lose
between one to three pounds
. This weight loss could be due to the water you lose through sweating and urination; and carbon loss.
Why does my weight fluctuate 10 lbs in a day?
Why Does My Weight Fluctuate So Much? Since many people can’t eat enough in a day or two to actually gain 5 or 10 pounds, if you notice a dramatic increase on the scale, chances are
it’s due to water
, says Anita Petruzzelli, M.D., doctor for BodyLogicMD.
How do I know if my weighing scale is accurate?
- Place one object on the scale. Note the weight. Take it off and let the scale even back out. …
- If it matches, the scale is accurate. If it doesn’t, try it again and see if it is off by the same number. If it is, it might be that your scale is always off by that amount.
Where should feet be placed on a scale?
Position Control is made to determine the right position. If you see the little arrow in the bottom left-hand corner, move your left foot more to the center of the scale. If
you see the little arrow in the top right-hand corner, move your right foot more to the center of the scale
.
What would your bathroom scale read if?
What would your bathroom scale read if you weighed yourself on an inclined plane? … If you weighed yourself on an incline plane that is inclined at angle theta, the bathroom scale would read
the magnitude of the normal force between you and the plane
, which would be Wcostheta.
What does the scale read during the acceleration?
The scale reads
the Normal force
, so it reports your weight as greater than it was at rest. The same two forces are at work as when the elevator was accelerating up. The scale will read the Normal force which is less than it was at rest.
When you stand at rest on a bathroom scale How does your weight compared?
When a person stands at rest on a bathroom scale,
his weight equals the support force exerted by the scale
.
When you drop a rubber ball on the floor it bounces back the force exerted?
Explanation: When a rubber ball is dropped on the surface of the floor it bounces back because of the reaction force from the ground on the ball and
the elastic force of the rubber
which it stores when the ball hits the hard surface and gets deformed.
When an apple that weighs 1 N is dropped and freely falls the net force on the apple is?
when an apple that weighs 1N is dropped and freely falls, the net force on the apple is
. 1N
.
