Question

A piece of lead weighs 348 g. If its volume is 30 cubic centimeter, what is the density of lead?​

Answer 1

Answer:

• 11600 Kg/m³.

Explanation:

We have,

• Mass (m) = 348 g
• Volume (v) = 30 cm³

To find,

• Density (ρ)

Solution,

> ρ = m/v

=> ρ = 348/30

∴ ρ = 11.6 g/cm³

_______________

> ρ = 11.6 g/cm³

=> ρ = 11.6 × 1000 Kg/m³

∴ ρ = 11600 Kg/m³

• Hence, the density of lead is 11600 Kg/m³.

Answer 2

Question :-

A piece of lead weighs 348 g. If its volume is 30 cubic centimeter, what is the density of lead?

Answer :-

• density = 11.6g/cm³

Step by step explanation :-

We have given that,

• mass (m) = 348g
• volume (v) = 30cm³

Need to find,

• density (ρ)

Now, we know that,

$\tt{\rho = \frac{m}{v} }$

Now,

⇒ 348/30

⇒ 11.6

Hence, density is 11.6g/cm³.

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