Ceramic Weight:
Enter the values of length, L(cm),width, W(cm),thickness, T(cm) and density, d(g/cm3) to determine the value of Ceramic weight, W(g).
Ceramic Weight:
Ceramic materials are widely used in various applications due to their hardness, wear resistance, and high-temperature stability. The weight of a ceramic object can be determined by considering its volume and density.
Ceramic objects are often shaped in various forms, such as tiles, bricks, and pots, and their weight is essential for determining load capacities, transportation, and installation requirements.
The weight of a ceramic object depends on its dimensions (length, width, and thickness) and the density of the ceramic material.
Ceramic weight calculation involves understanding the relationship between an object’s physical dimensions and the density of the material. The weight of a ceramic object is directly related to its volume and the density of the ceramic material.
Ceramic weight, W(g) in grams is calculated by the product of length, L(cm) in centimetres, width, W(cm) in centimetres, thickness, T(cm) in centimetres and density, d(g/cm3) in grams per cubic centimetres.
Ceramic weight, W(g) = L(cm) * W(cm) * T(cm) * d(g/cm3)
W(kg) = ceramic weight in grams, g.
L(cm) = length in centimetres, cm.
W(cm) = width in centimetres, cm.
T(cm) = thickness in centimetres, cm.
d(g/cm3) = density in grams per cubic centimetres, g/cm3.
Ceramic Weight Calculation:
- A ceramic tile has dimensions of length = 20 cm, width = 15 cm, and thickness = 1 cm. The density of the ceramic material is 2.5 g/cm3. Calculate the weight of the tile.
Given: L(cm) = 20cm, W(cm) = 15cm, T(cm) = 1cm, d(g/cm3) = 2.5g/cm3.
Ceramic weight, W(g) = L(cm) * W(cm) * T(cm) * d(g/cm3)
W(g) = 20 * 15 * 1 * 2.5
W(g) = 750g.
- A ceramic piece weighs 720 grams and has dimensions of length = 30 cm, width = 10 cm, and thickness = 2 cm. Calculate the density of the ceramic material.
Given: L(cm) = 30cm, W(cm) = 10cm, T(cm) = 2cm, W(g) = 720g.
Ceramic weight, W(g) = L(cm) * W(cm) * T(cm) * d(g/cm3)
d(g/cm3) = W(g) / L(cm) * W(cm) * T(cm)
d(g/cm3) = 720 / 30 * 10 * 2
d(g/cm3) = 1.2g/cm3.