The volume of a 500 gram sealed packet is 350 cm³. What is the density of the packed packet ? Will the packet float or sink? What will be the mass of the water displaced by this packet? About the author Kennedy
[tex]\huge\mathbb\fcolorbox{purple}{lavenderblush}{✰Answer}[/tex] ✧══════•❁❀❁•══════✧ Mass = 500g Volume = 350cm^3 Density = Mass/Volume = 500/350 = 1.42g/cm^3 The packet will sink because density of the packet is greater than the density of water. Mass of water displaced by packet = 350cm^3 X 1g/cm^3 = 350g ✧══════•❁❀❁•══════✧ [tex]\: \: \: \: \: \: \: \: \: \: \: \: \: \boxed {\boxed{ { \blue{ \bf{ {I \:Hope \: It \: Helps \: You}}}}}}[/tex] [tex] \bf \underline{ \purple{Regards:}}[/tex] [tex] \bf\: \: \: \: \: \: \: \underline{ \underline \pink{ ItzBlìnkìngstar}}[/tex] Reply
Mass = 500g Volume = 350cm^3 Density = Mass/Volume = 500/350 = 1.42g/cm^3 The packet will sink because density of the packet is greater than the density of water. Mass of water displaced by packet = 350cm^3 X 1g/cm^3 = 350g Reply
[tex]\huge\mathbb\fcolorbox{purple}{lavenderblush}{✰Answer}[/tex]
✧══════•❁❀❁•══════✧
Mass = 500g
Volume = 350cm^3
Density = Mass/Volume
= 500/350
= 1.42g/cm^3
The packet will sink because density of the packet is greater than the density of water.
Mass of water displaced by packet
= 350cm^3 X 1g/cm^3
= 350g
✧══════•❁❀❁•══════✧
[tex]\: \: \: \: \: \: \: \: \: \: \: \: \: \boxed {\boxed{ { \blue{ \bf{ {I \:Hope \: It \: Helps \: You}}}}}}[/tex]
[tex] \bf \underline{ \purple{Regards:}}[/tex]
[tex] \bf\: \: \: \: \: \: \: \underline{ \underline \pink{ ItzBlìnkìngstar}}[/tex]
Mass = 500g
Volume = 350cm^3
Density = Mass/Volume
= 500/350
= 1.42g/cm^3
The packet will sink because density of the packet is greater than the density of water.
Mass of water displaced by packet
= 350cm^3 X 1g/cm^3
= 350g