6.118/3.04 = 2.01 g/cm^3
The density is 2,0125 g/cm3.
you have to u measure it with a triple beam balance
Density is mass/volume.Density of the unknown substance = 47.5g/23.0mL = 2.07g/mLHint: Mass is always measured in grams of some sort; mg, g, kg, etc... Volume is measured in mL, L, m3, cm3, etc...
Time
Density equals mass divided by volume. your given examples density is .902g/cm^3. (cm^3 is interchangeable with mL) the density of this unknown liquid is close to that of water (.997g/mL) and I therefore believe it is water.
The density is 2,0125 g/cm3.
Electronic balance
Mass and Volume are physical properties that can bed measured. By themselves, neither can bed used to identify unknown objects or substances. However, if you have measured the mass and the volume of an object, you can calculate its density.
you have to u measure it with a triple beam balance
Density is mass/volume.Density of the unknown substance = 47.5g/23.0mL = 2.07g/mLHint: Mass is always measured in grams of some sort; mg, g, kg, etc... Volume is measured in mL, L, m3, cm3, etc...
1.51
Weight is measured with different types of balances; in the SI system the unit is kilogram (also used multiples).AnswerUnfortunately, the original answer is incorrect.'Weight' is a force due to gravity and, therefore, is measured in newtons in SI . Weight is measured using a spring balance, calibrated in newtons. Because weight is affected by gravity, an object of given mass will have a different weight, according to where it is measured.'Mass', on the other hand, is measured in kilograms in SI. Mass is measured by comparing an object of unknown mass with a known mass, using a scales balance. A scales balance cancels out the effect of gravity.
The physical property measured with a balance is mass. A balance is a kind of scale which compares the masses of two objects, usually one with a known mass (the standard) and one with an unknown mass. Since both objects are within the same gravitational field, they will have the same weight when the scale is balanced, where weight is the downward force on the object resulting from gravitational attraction. Real scales can change the relative lengths of the moment arms in order to weigh a wider variety of objects with a single set of standards. A good search term for this subject on Wikipedia is "weighing scale". Much more information can be found there.
mass is measured with a balance comparing an unknown mass with an object of known mass. weight is not measeured with the same tools as mass.
The density of einsteinium is 8,84 g/cm3.
Unknown now
A balance has two pans, you put measured weights in one and the item you are weighing in the other and when the balance is level you sum the known weights to get the unknown's weight. A scale is an instrument with a readout (digital or analog) from which you read the weight of an object places on (in) the weighing surface/dish.