The specific heat of tetrachloromethane (carbon tetrachloride) is approximately 0.861 J/g°C.
Both iodine and tetrachloromethane are nonpolar and aprotic solvents.therefore they can mix together and iodne is dissolved in tetrachloromethane and changes its colour from brown to purple.
Both iodine and tetrachloromethane are nonpolar and aprotic solvents.therefore they can mix together and iodne is dissolved in tetrachloromethane and changes its colour from brown to purple.
The structural formula for tetrachloromethane (carbon tetrachloride) is CCl4. It consists of a central carbon atom bonded to four chlorine atoms. The molecular shape is tetrahedral.
No. CCl4 is a polar covalent compound and not ionic.
Alkene + Bromine water in tetrachloromethane (CCl4): CnH2n + Br2 -> CnH2nBr2
Both iodine and tetrachloromethane are nonpolar and aprotic solvents.therefore they can mix together and iodne is dissolved in tetrachloromethane and changes its colour from brown to purple.
it is organic
Formula: CCl4
ions
Formula: CHCl3
When iodine is dissolved in tetrachloromethane, it forms a purple solution due to the interaction between iodine molecules and the tetrachloromethane solvent, resulting in a complex known as iodine in tetrachloromethane. This solution is commonly used in chemistry as a reagent for testing double bonds in organic compounds.
Both iodine and tetrachloromethane are nonpolar and aprotic solvents.therefore they can mix together and iodne is dissolved in tetrachloromethane and changes its colour from brown to purple.
Tetrachloromethane is CCl4
The structural formula for tetrachloromethane (carbon tetrachloride) is CCl4. It consists of a central carbon atom bonded to four chlorine atoms. The molecular shape is tetrahedral.
The specific heat of candy is listed at 0.93 btu/lb°F in ASHRAE refrigeration handbook. I was looking for the specific heat of cinnamon bears when I stumbled on this question. I'd be thrilled if someone had some more specifc answers. rab
dude... be more specifc
The heat capacity of a substance is typically measured in units of energy per degree Celsius (Joules per degree Celsius, J/C) or energy per Kelvin (Joules per Kelvin, J/K).