Question

the boiling point of a liquid is the temperature at which the liquid becomes a gas. the boiling point of mercury is about 41/200 of the boiling point of lead. write and solve an equation to find the boiling point of lead.​

Answer 1

To find the boiling point of lead when the boiling point of mercury is 41/200 of that of lead and mercury's boiling point is 357°C, the equation is solved to reveal that the boiling point of lead is approximately 1740°C.

Step-by-step explanation:

A student is asking to find the boiling point of lead given that mercury's boiling point is approximately 41/200 of lead's boiling point. We know the boiling point of mercury is 357°C.

Let's denote the boiling point of lead as L. The relationship between the boiling points can be written as:

357 = (41/200) × L

To solve for L, we rearrange the equation:

L = 357 × (200/41)

This gives us the boiling point of lead:

L = 357 × 4.878 (approximately)

L ≈ 1740°C

Therefore, the boiling point of lead is approximately 1740°C.

Answer 2

Step 1

Boiling point of mercury = 357℃

Let the boiling point of the lead be x

41/200 x=357

Step 2

41/200 x=357

41/200 x times 200/41 =357 times 200/41

x=1741.46

Step 3

The boiling point of lead is 1741.46

Result

41/200x=357

The boiling point of lead is 1741.46

Hope this helped