# the bonds between the ATOMS in a single
MOLECULE of candle wax -- the C-C bonds and the C-H bonds -- are
very strong (both between 330 and 360 kJ/mol) depending upon the
particular molecule. In contrast, there is no chemical bond between
one MOLECULE of candle wax and another MOLECULE of candle wax.
There is a weak attractive force between one MOLECULE and another
MOLECULE (about 1 kJ/mol). This is due to the movement in the
electrons in one molecule movement of electrons in neighboring
molecules (the name for this attraction is "van der Waals forces").
Although the molecules are tangled, the attraction between them is weak.
A fair analogy is a bowl of hot wet spaghetti. Each strand is
strong, but the strands can slide by one another rather easily.
This is why waxes are soft and have low melting temperatures. The
wax molecules can slide by one another. Some waxes are
harder/softer than others depending upon the length of the carbon
chain (longer is harder) and branches in the carbon chain (the more
branching is harder up to a point).
Wax will melt and is converted from solid to liquid. It is a physical change.
in a colored candle there is wax
To make a candle burn green, you can use green colored wax or add green dye when making the candle. Be cautious when adding dyes to wax as using too much can affect the burning properties of the candle. Additionally, using eco-friendly and non-toxic dyes is recommended for safety.
While the compounds released differ from candle to candle they all produce water vapor and carbon dioxide.
Candle wax does not dry; it solidifies as it cools down and hardens. The time it takes for 3 inches of candle wax to solidify can vary depending on factors such as the type of wax, room temperature, and air circulation. Usually, it takes about 1-2 hours for candle wax to harden completely.
No, candle wax is not homogeneous. It is a mixture of different hydrocarbons and chemicals that have varying properties and compositions.
No, because a wax candle does not have any magnetic pull or push.
Wax will melt and is converted from solid to liquid. It is a physical change.
Wax will melt and is converted from solid to liquid. It is a physical change.
Candle wax is a physical property since it is a characteristic of the substance itself. Physical properties describe the appearance, composition, and behavior of a material without changing its chemical composition.
Wax will melt and is converted from solid to liquid. It is a physical change.
Candle wax is an amorphous solid because its particles are arranged randomly and do not have a specific crystalline structure. This lack of long-range order gives candle wax its characteristic properties of being soft and malleable at room temperature.
Candle wax is a mixture of different compounds, predominantly consisting of hydrocarbons like long-chain alkanes. It is not a pure substance because it contains various molecules with different chemical properties.
No, candle wax is not a conductor of electricity. It is an insulator.
A wax candle is an example of something made of wax that can be lit.
all candles aremade of wax, do it dosent matter waht colour it is it is amde of wax, or sometimes bees wax
Candle wax typically has covalent bonds holding its molecules together. These bonds form between the atoms within the molecules of the wax, creating a stable structure that gives the wax its characteristic properties.