The object is placed in the left pan because standard masses are kept in the right one which is an ancient convection
On left pan because we have to find the Mass by comparing his mass with standard Mass on right pan on physical balance
Left pan
Find the pan of the triple-beam balance and place the object in the center of the pan.
It is just for human convenience. If the person who uses the physical balance is left handed then placing the unknown mass in the right pan will be the most convenient for him. So easyness to place the weights on the pan is considered. Hence the usual procedure.
Not true, it must be on a balance pan.
A balance scale in its simplest form has a bar with a pan hanging at either end, and a fulcrum in the middle. A more elaborate (and accurate) design, the triple beam balance, has three bars, with movable weights on them, and only one pan in which to place the object that is to be weighed.
double pan balance
Find the pan of the triple-beam balance and place the object in the center of the pan.
It is just for human convenience. If the person who uses the physical balance is left handed then placing the unknown mass in the right pan will be the most convenient for him. So easyness to place the weights on the pan is considered. Hence the usual procedure.
Not true, it must be on a balance pan.
A balance scale in its simplest form has a bar with a pan hanging at either end, and a fulcrum in the middle. A more elaborate (and accurate) design, the triple beam balance, has three bars, with movable weights on them, and only one pan in which to place the object that is to be weighed.
Because you have to make sure it isn't in anyother number becausee it will change everything
A pan balance is made out of two pans, two chains depending on how long youwant them, a piece of metal depending on how long you want it to be and twopieces of wood to make the stand for the scale.
Because - increased pressure on one side of the weigh pan could give rise to false readings.
A single pan balance has one pan where the object being weighed is placed, while a physical balance has two pans for comparing the weights of two objects. Physical balances are more precise for measuring small differences in weight compared to single pan balances. Single pan balances are typically used for simpler weighing tasks, while physical balances are used in more precise scientific measurements.
The device used for comparing the mass of an object to a known mass is a double pan balance, or a balance scale. This is a type of weighing scale where you put weights on one pan and the substance you are weighing on the other.
Take a double pan balance. place bromine in the left pan. Add alcohol to the right pan until the two pans of the balance are at the same height. Voila...you have balanced bromine and alcohol
double pan balance
There are a couple different types of balance scales. For a triple beam balance, balance the scale, place item in the pan, move the sliders starting with the largest, adjust weight to zero, and add the riders for the total weight. For a one-pan scale, place item in one pan, estimate, place mass on free end until even, then add the masses for the total weight.