Respuesta :
1. 136.3g
2. 39957.5g
3. 817.6g
4. 16.51cm3
5. 6.27cm3
6. 17.63cm3
I hope you understand what i did, i plugged in the values into the equation D=M/V and solved for the unknown.
I believe this should help
Plz mark as brainlest :)
2. 39957.5g
3. 817.6g
4. 16.51cm3
5. 6.27cm3
6. 17.63cm3
I hope you understand what i did, i plugged in the values into the equation D=M/V and solved for the unknown.
I believe this should help
Plz mark as brainlest :)
Answer: The mass of a gold bar is 0.3864 g.
Step-by-step explanation:
Since we have given that
Volume of gold bar = 50 cm³
Density of gold bar = 19.32 g/cm³
As we know that density is mass divided by volume :
so, it becomes,
[tex]Mass=\frac{Density}{Volume}\\\\Mass=\frac{19.32}{50}\\\\Mass=0.3864\ g[/tex]
Hence, the mass of a gold bar is 0.3864 g.