Candles

Working at a 100 year old Candle Company, ColonialCandle.com, I asked the candle making team of experts. When we have done this experiment using taper candles, the white candle should burn the fastest as there are no colorants to impede the capillary action of the wax through the wick. That is making sure that all things are equal in the candle make up such as wick, and wax. Unless of course , the white candle has an optical bleach in it to have the illusion of being more white. The optical bleach is a pigment and would cause the rate of consumption to be less. Only thing to add is a darker candle can sometimes burn faster because a dark color holds more heat and can cause the candle to burn slightly faster. But your point of all things being equal is the most important factor.

Candle wax has a low melting point, which is typically around 140-150 degrees Fahrenheit. When heat is applied to the candle, the wax melts and turns into a liquid state. This allows the wick to absorb the melted wax and fuel the flame, creating light and heat.

Older candles were typically made from tallow, which is rendered animal fat. This material was commonly used before modern candle making techniques introduced wax alternatives such as beeswax, paraffin, and soy.

As we know that for an object or substance to burn, its by means of carbon. Fire is very complex and needs oxygen for it to burn so by putting a beaker over a candle you are actually cutting the consumption of oxygen by fire, which will stop the fire from burning.

THAT ANSWER IS FALSE. Because the candle is under a beaker and most beakers have lips the beaker is not fully cut off from oxygen so there is still oxygen. The candle does go out because of the carbon dioxide that is in the beaker

Yes, part of physics is studying the transfer of energy from one form to another. Within the candle is chemical potential energy (think about how the candle has to burn in scented candles), when a fire source comes near enough to the candle the chemical potential energy is transferred into thermal energy (heat energy) and radiant energy (visible light energy)

Soy wax is primarily made from hydrogenated soybean oil and contains a small amount of other additives such as a natural or synthetic fragrance, dyes, and sometimes a small amount of paraffin wax to help with the candle's stability and scent throw.

A candle typically consists of a wick surrounded by a solid fuel source, such as paraffin wax or beeswax. When the wick is lit, the heat from the flame melts the wax, which is then drawn up the wick and fueling the flame through capillary action. This process allows the candle to burn steadily until the fuel source is depleted.

In general, the color of a candle does not affect how long it burns. The burning time of a candle is primarily determined by its size, type of wax, and wick. However, specific additives in colored candles might slightly impact their burning time compared to white candles.

Yes, the process of candle wax melting is exothermic because it releases heat energy as the solid wax changes into a liquid state. The energy required to break the bonds holding the wax molecules together is less than the energy released when the molecules reorganize into a more disordered liquid state.

Colored candles typically contain synthetic dyes or pigments that are added to the wax during the manufacturing process to create the desired color. These dyes are specifically formulated to be safe for burning and won't produce harmful fumes when the candle is lit.

Tea lights are small, usually in metal or plastic holders, and are designed to burn for a shorter period of time, typically 3-5 hours. Candles are larger and can burn for a longer duration, ranging from a few hours to several days, depending on their size. Tea lights are commonly used for decoration or ambiance in smaller spaces, while candles are used for lighting or as a centerpiece.

Yes, "candle" is a compound word made up of the two words "can" and "dle."

When a candle is covered, the surrounding air becomes depleted of oxygen due to the flame consuming it. Without oxygen, the flame cannot sustain itself and will eventually extinguish, causing the candle to go out.

Yes, different types of wax can affect the brightness of a candle flame. Paraffin wax typically produces a brighter flame compared to natural waxes like soy or beeswax due to their differing chemical compositions. Additionally, the addition of certain additives or colorants in the wax can also impact the brightness of the flame.

The wax itself does not burn; instead, it melts when exposed to the flame's heat. The liquid wax is drawn up the wick through capillary action and vaporizes, which then burns to produce light and heat.

The time it takes for a candle to melt depends on factors such as the type of wax, size of the candle, and environmental conditions like temperature. Typically, small candles can melt in a few hours, while larger candles can take several hours to melt completely.

The number of candles that can pose a fire hazard in a house depends on various factors such as placement, proximity to flammable materials, the presence of drafts, and supervision. As a general guideline, it is recommended to limit the number of candles in a single room to no more than one or two to reduce the risk of a fire hazard.

Yes, candle wax can dissolve in petrol because both substances are nonpolar and similar in structure, allowing them to mix together. Petrol can break down the molecular structure of the wax, causing it to dissolve and form a homogeneous solution.

When a candle melts, the heat from the flame causes the wax to melt into a liquid state. This liquid wax is then drawn up the wick via capillary action and vaporizes, creating a fuel for the flame to continue burning.

Candles, molds for casting figures and figurines.

40mm diameter and 17mm tall (average tealight)

Soy wax can typically last up to 30-50% longer than paraffin wax when used in candles. The exact burn time will depend on factors like the size of the candle, the quality of the wax, and the environment in which the candle is burned. Proper wick trimming and care can also help extend the burn time of soy wax candles.

The soy wax is measured, Soy wax comes in a flake form, when melted it turns to a oil like base but it's still wax, you use as much soy wax as you like to make candles. You use 1 ounce of oil per lb of soy wax, the oil is the fragrant that's used to scent your candle.

its amorphous solid because it dosent have a regular pattern, plus it dosent need to bend to be amorphous its just like rubber

answer by basil

A vanilla candle has paraffin wax, a cotton wick (a metal base as a hold down for the wick is sometimes used) and Vanilla oil, extracted from the vanilla bean, for scent. You can also use a candle colorant (candle dye) to make it a little yellowish if you like. Try throwing in some brightly colored leaves or sticks for accent. Beware of class beads as they can explode.