" object of mass "4.237" g occupies a volume "1.72cm^(3)" .The density of the object to appropriate significant figure "

An object of mass 4.237 g occupies a volume 1.72 cm^3 . The density of the object to appropriate significant figures is -

An object of mass 4.237 g occupies a volume 1.72 cm^3 . The density of the object to appropriate significant figures is -

7.893 gram of a substance occupies a volume of 1.1cm^3 The density of substance with appropriate significant figures is

5.74 g of a substance occupies a volume of 1.2cm^(3) . The density of this material with due regards to significant figures is __________.

8.0505 grams of a substance occupies a volume of 2.3 cm^3 . The density of the substance with regard to significant figures is ……….

If an object of mass 10 kg occupies a volume of 0.50 m^(3) , it density in SI units is

If an object of mass 10 kg occupies a volume of 0.50 m^(3) , it density in SI units is

A simple of material having mass 8.89g occupies a volume of 1.9 cm^(3) . What will be the density of material with correct significant digits?

An object of mass 50 g has a volume of 20 cm^(3) Calculate the density of the object. If the density of water 1//g cm^(2) , state whether the object will float or sink in water.

An object of mass 60g has a volume of 10cm^(3) . Calculate the density of the object. If the density of water be g//cm^(3) , state whether the object will float or sink in water.