Paraffin typically expands more than methanol (often referred to as "meths") when heated, due to its higher molecular weight and structure. The expansion of a substance depends on its thermal expansion coefficient, which is generally higher for solids like paraffin than for liquids like methanol. Therefore, when subjected to the same temperature increase, paraffin will generally exhibit a greater expansion compared to methanol.
because water can hold more mass than paraffin. BOILING POINT: water- 99.98(degree)C paraffin: 370(egree)C
Paraffin has a lower specific heat capacity than water, so it requires less energy to raise its temperature. This means that paraffin heats up more quickly than water for the same amount of energy input.
The temperature of paraffin rises more quickly than that of water when equal masses are heated because paraffin has a lower specific heat capacity than water. This means that it requires less energy to raise the temperature of paraffin by one degree Celsius compared to water. Consequently, with the same rate of heat supply, the 100 g of paraffin will experience a faster increase in temperature than the 100 g of water.
Paraffin wax has a lower specific heat capacity than water, meaning it requires less energy to raise its temperature. As a result, paraffin cools down faster than water because it releases heat more rapidly. Additionally, paraffin has a lower thermal conductivity compared to water, further contributing to its faster cooling rate.
Ice will float deeper in water than in paraffin. This is because the density of ice is lower than that of water, making it buoyant in water. However, paraffin has a lower density than water, so ice will sink deeper in paraffin.
because water can hold more mass than paraffin. BOILING POINT: water- 99.98(degree)C paraffin: 370(egree)C
Paraffin has a lower specific heat capacity than water, so it requires less energy to raise its temperature. This means that paraffin heats up more quickly than water for the same amount of energy input.
The temperature of paraffin rises more quickly than that of water when equal masses are heated because paraffin has a lower specific heat capacity than water. This means that it requires less energy to raise the temperature of paraffin by one degree Celsius compared to water. Consequently, with the same rate of heat supply, the 100 g of paraffin will experience a faster increase in temperature than the 100 g of water.
Paraffin wax has a lower specific heat capacity than water, meaning it requires less energy to raise its temperature. As a result, paraffin cools down faster than water because it releases heat more rapidly. Additionally, paraffin has a lower thermal conductivity compared to water, further contributing to its faster cooling rate.
gas expand more than liquid and liquid expand more than solid.
Ice will float deeper in water than in paraffin. This is because the density of ice is lower than that of water, making it buoyant in water. However, paraffin has a lower density than water, so ice will sink deeper in paraffin.
Soy wax burns slower than paraffin wax because it has a lower melting point and a cooler burning temperature. This means that soy wax candles typically have a longer burn time compared to paraffin wax candles.
No, gases expand more than solids when heated.
The candles were made of paraffin, not wax.Paraffin is different than beeswax.Some people with arthritis use warm paraffin to ease pain in their hands.
NO.
All of them can expand - for example, when they are heated. Gases usually expand more than solids or liquids.
When paraffin is poured into water, it will float because paraffin is less dense than water. This is because paraffin is a type of hydrocarbon that is nonpolar and does not mix with water, which is a polar molecule. The two substances will not dissolve or mix together.