If it were drenched with kerosene then yes, otherwise there would be no attraction.
Dyed kerosene has a coloring agent added to it for tax or regulatory purposes, such as distinguishing between different grades or preventing illegal use. Undyed kerosene is in its natural state without any added coloring agents. Both types can be used for heating, lighting, or fueling purposes.
No, vinegar is not soluble in kerosene because they are chemically different substances. Vinegar is mostly composed of water and acetic acid, while kerosene is a hydrocarbon mixture. Since water and oil-based substances like kerosene do not mix, vinegar will not dissolve in kerosene.
No, in water, the attraction between H2 and O is a covalent bond that forms the water molecule. Adhesion refers to the attraction between different molecules, while cohesion refers to the attraction between the same molecules. In water, the attraction between H2O molecules is cohesion, and the attraction between water molecules and other substances is adhesion.
Kerosene typically has nonpolar covalent bonding. This means that the carbon and hydrogen atoms in kerosene share electrons fairly equally, leading to no overall charge and weak intermolecular forces between molecules.
Dyed kerosene has a color additive to indicate it is not for highway use, while clear kerosene is meant for on-road vehicles. Dyed kerosene is typically used for off-road equipment like tractors or generators to avoid fuel tax evasion. Clear kerosene meets the specifications required for on-road use in vehicles.
This phenomenon is due to the static electricity generated by friction between the comb and hair. The hair becomes charged with the same polarity as the comb, causing them to be attracted to each other. On a humid day, the moisture in the air reduces the buildup of static charge, making it harder to contradict the attraction between the comb and hair.
due to force of attraction b/w opposite charges
I believe you mean the COMB not the cone The comb is the red fleshy appendage on top of the chickens head. The comb serves a number of purposes. It can be an indicator of health and vitality, a cooling agent and an attraction to the opposite sex.
Plastic combs can generate static electricity when moved through dry hair, which causes small pieces to be attracted to the comb due to the opposite charges between the comb and the small pieces. The friction between the comb and the hair can create an imbalance of positive and negative charges, leading to the phenomenon of attraction between the comb and small pieces in the hair.
When the comb is charged, it creates an electric field around it. When the charged comb is brought close to the small bits of paper, it induces a charge in them by polarizing their electrons. Opposite charges attract, so the paper bits move towards the comb due to the attraction between the comb's charge and the induced charge in the paper bits.
When you comb your hair with a plastic comb, the comb will acquire a negative charge. This is because the friction between the comb and your hair causes the transfer of electrons, leading to an imbalance of negative charge on the comb.
The static rubber comb attracts the water molecules due to its charged state, causing the water molecules to move towards the comb. This can result in the bending of the water stream or even the water droplets jumping towards the comb due to the attraction of opposite charges.
Electrostatic force of attraction!
A hard rubber comb can generate static electricity when it is rubbed against hair or certain materials. This static charge can attract lightweight objects like bits of paper due to the phenomenon of electrostatic attraction between charged objects of opposite charge.
Kerosene is fuel for a diesel engine. gas is fuel for spark engines.
when you comb your hair the force you use is a pull force.
The density of kerosene is between 0.78 and 0.81 0.78 to 0.81 kg per litre. That means 600 kgs require between 600/0.81 and 600/0.78 litres. That is, between 741 litres and 769 litres.