Question

Which material would cause a more severe burn if equal masses of two distinct metals are heated to a temperature of 100 °C: the one with the higher specific heat capacity or the one with the lower specific heat capacity?

Answer 1

Answer:

The material with the higher specific heat capacity would cause a more severe burn.

Explanation:

Quantity of heat (Q) = mass of material (m) × specific heat capacity (C) × temperature difference (∆T)

From the formula above, the relationship between Q and C is direct in which increase in one quantity (C) leads to a corresponding increase in the other quantity (Q)

The material with the higher specific heat capacity would produce more heat, thus cause a more severe burn.

Answer 2

The material with a higher specific heat capacity would cause a more severe burn.

What is temperature?

Temperature refers to a measure of the degree of hotness or coldness of a physical body (object). Also, temperature is typically measured by using a thermometer and its units are:

• Celsius (°C)

• Kelvin (K)

• Fahrenheit (°F)

How to calculate change in temperature.

Mathematically, quantity of heat is given by this formula:

$Q = mc \theta$

From the formula, we can deduce that there exist a linear relationship between the quantity of heat generated by a material, specific heat capacity and temperature. Thus, the higher the temperature and specific heat capacity, the more severe a burn would be.

Read more on heat capacity here: brainly.com/question/16559442