No
The temperature of the candle flame is out of the temperature range of the clinical thermometer.
The high temperature of a candle involves relatively little mass and hence, relatively few very fast moving particles. A bowl of warm water has tremendously more warm, and hence moderately fast moving particles. The difference in the number of particles (or molecules) in this case outweighs the difference in the speed with which they are moving.
what name is given to a process such as burning a candle?
Yes, but the sand might not support the candle very well, and if the lighted candle were to fall over, there might be a fire danger depending upon where it is located and what materials, other than the sand, surround it. Putting a candle in sand at the beach, for example, would be no problem at all even if the lighted candle were to fall over. But putting a candle in a bowl of sand on the dining room table would be risky because if the lighted candle were to fall over it might cause a fire. Of course, if you don't intend to light the candle, putting it in sand is perfectly safe.
Beewax are type of lipids.Lipids are organic compounds.
The process of heat rising would be the earth process in force if a candle is touched on the side and it is cooler than a hand over the candle. The hand over the candle will get burned because of the direction of the heat of the flame.
We cannot use a clinical thermometer to measure temperature of a candle flame because then the mercury will expand too much and the thermometer will explode.
The temperature of a candle jar inhibits the growth of psychrotrophs, and the average temperature inside the candle jar is 30 degrees Fahrenheit.
These are some hints that will help you to answeryour questions:ExperimentStep 1 Measure 100 mL of water and pour it into an empty soda can. Suspend the thermometer in the water using Sticky Tack in the lip to hold it in place. The thermometer should not touch the bottom or sides of the can. This device is called a calorimeter.Step 2 Cut the other soda can 1 or 2 inches from the bottom. Throw away the top. Measure the mass of the bottom of the soda can. Measure the mass of the candle, and place it in the bottom of the soda can.Step 3 Check the temperature of the water. Light the paraffin candle and, holding your calorimeter with the tongs, move it over the burning paraffin just high enough so there is enough oxygen to keep the fire burning. Be careful not to touch the can or burn yourself.CalculationsStep 4 Watch the thermometer and note the temperature when the candle stops burning. Measure the mass of the candle in the bottom of the soda can and subtract the mass of the bottom of the soda can as measured in Step 2.Step 1 Subtract the final candle mass from the initial candle mass to calculate the total mass burned. Subtract the initial temperature from the final temperature to measure the change in temperature.Step 2 Assume 1 mL of water equals one gram; therefore, this experiment used 100 grams of water, and it takes 4.18 Joules (J) to raise 1 gram of water 1 degree Celsius. Multiply the grams of water by the change in temperature by 4.18 J to measure the total thermal energy it took to bring the temperature to its highest point in Joules.Step 3 Divide the the thermal energy created by mass (in grams) of the candle that were burned to calculate the heat of combustion of paraffin wax expressed in J/g.
Yes. When a candle is in cold temperatures, it tends to melt much slower than a candle burning in room temperature.
yes, because if the external temperature changes to a cooler temperature, the lit candle flame gets smaller.
no not really
the atmospheres temperature changes the candle in size. i am a scientist, and have done this experiment many times. believe in my answer, for my answer is the ultimate truth.
glass tube
The room temperature is too low for an effect.
They get about 140 degrees.
100 degrees!
corunium kilokogen digas