Concept explainers
a.
To determine:
If the stated conversion corresponds to a larger or a smaller number as compared to the original number.
Introduction:
Centimetre is the unit of distance. One metre is equal to
Kilogram is the unit of mass. One kilogram is equal to
Millilitres is the unit of volume. One millilitres is equal to
Metre is the unit of distance. One metre is equal to
b.
To determine:
If the stated conversion corresponds to a larger or a smaller number as compared to the original number.
Introduction:
Centimetre is the unit of distance. One metre is equal to
Kilogram is the unit of mass. One kilogram is equal to
Millilitres is the unit of volume. One millilitres is equal to
Metre is the unit of distance. One metre is equal to
c.
To determine:
If the stated conversion corresponds to a larger or a smaller number as compared to the original number.
Introduction:
Centimetre is the unit of distance. One metre is equal to
Kilogram is the unit of mass. One kilogram is equal to
Millilitres is the unit of volume. One millilitres is equal to
Metre is the unit of distance. One metre is equal to
d.
To determine:
If the stated conversion corresponds to a larger or a smaller number as compared to the original number.
Introduction:
Centimetre is the unit of distance. One metre is equal to
Kilogram is the unit of mass. One kilogram is equal to
Millilitres is the unit of volume. One millilitres is equal to
Metre is the unit of distance. One metre is equal to
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EBK LABORATORY MANUAL FOR GENERAL, ORGA
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- The mass of a certain atom is 2.086 x 10-22 g. This is the same mass as 2.086 x 10-16 mg. 2.086 x 10-25 kg. 2.086 x 10-28 μ8. 2.086 x 10-31 ng.arrow_forwardThe density of silver is 10.5 g/cm. A piece of silver that occupies a volume of 23.6 cm would have a mass of: اختر احدى الاجابات a. 248 g b. 2.25 g c. 0.445 g d. 112 garrow_forwardAssume you measured an irregular shaped object in a beaker to be 149.167 g, and you know that the empty beaker weighs 96.222 g. You then carefully drop this object in a graduated cylinder containing 20.0 mL of water, and the water level rises to 42.3 mL. Calculate the final density of the irregular shaped object to the correct number of significant figures. a. 1.25 b. 2.37 c. 7.46 d. 4.31 e. 3.53arrow_forward
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