Changes

: The [[SI Unit|unitsunit]] of [[density]] are is kg/m³.

:<math>\rho = \frac{m}{V}</math> 

: ρ = The [[density]]of the [[object]].: m = The [[mass]]of the [[object]].: V = The [[Volume (Space)|volume]]taken up by the [[object]].

| style="height:20px; width:200px; text-align:center;" |'''5000[[kg]] 5000kg of [[Iron]] has a [[Volume (Space)|volume]] of 0.635m³. Calculate the density of [[Iron]].'''| style="height:20px; width:200px; text-align:center;" |'''A 50,000cm³ container of [[water]] is full with a 50[[kg]] 50kg [[mass]] of [[water]]. Calculate the density of [[water]].'''| style="height:20px; width:200px; text-align:center;" |'''A 200,000cm³ [[Volume (Space)|volume]] of [[air]] has a [[mass]] of 245[[g]]245g. Calculate the density of [[air]].

[[Mass]] = 5000[[kg]]5000kg

[[Mass]] = 50[[kg]]50kg

[[Mass]] = 245[[g]] 245g = 0.245[[kg]]245kg

: A regular [[object]] is a [[solid]] in the shape of a [[cuboid]].#Measure the [[mass]] of the [[cuboid]] using an [[Electronic Balance]] or [[Measuring Scale]].#Measure the length, width and height of the [[cuboid]].

#Divide the [[mass]] by the [[Volume (Space)|volume]] of the [[cuboid]] to calculate the [[density]].

#Fill a [[Measuring Cylinder|measuring cylinder]] with enough [[water]] to [[submerse]] the [[object]].

#Place the [[object]] in the [[Measuring Cylinder]] and ensure it is [[submerse]]dsubmersed.

:<math>\rho = \frac{m}{V}</math> 

| style="height:20px; width:300px; text-align:center;" |5000[[kg]] 5000kg of [[Iron]] has a [[Volume (Space)|volume]] of 0.635m³. Calculate the density of [[Iron]] correct to two [[Significant Figures|significant figures]].'''| style="height:20px; width:300px; text-align:center;" |A 200,000cm³ [[Volume (Space)|volume]] of [[air]] has a [[mass]] of 245[[g]]245g. Calculate the density of [[air]] correct to two [[Significant Figures|significant figures]].

[[Mass]] = 5000[[kg]]5000kg

[[Mass]] = 245[[g]] 245g = 0.245[[kg]]245kg

<math>m = \approx 2500000kg</math>