a greasy and dirty pot results after cooking. this will be cleaned by dishwashing detergent. how does the…

a greasy and dirty pot results after cooking. this will be cleaned by dishwashing detergent. how does the soap work? micelles suspend dirt in the water. soap has a hydrophobic polar head group and a long hydrophilic tail. soap has a hydrophilic polar head group and long hydrophobic tail. soap molecules form a spherical cluster called a micelle. the polar heads are attracted to dirt. micelles are suspended in water and carry away dirt. nonpolar hydrocarbons are attracted to dirt.

a greasy and dirty pot results after cooking. this will be cleaned by dishwashing detergent. how does the soap work? micelles suspend dirt in the water. soap has a hydrophobic polar head group and a long hydrophilic tail. soap has a hydrophilic polar head group and long hydrophobic tail. soap molecules form a spherical cluster called a micelle. the polar heads are attracted to dirt. micelles are suspended in water and carry away dirt. nonpolar hydrocarbons are attracted to dirt.

Answer

Brief Explanations:

Soap molecules have a hydrophilic (water - loving) polar head group and a long hydrophobic (water - fearing) tail. Soap molecules form spherical clusters called micelles. The non - polar tails of soap molecules are attracted to non - polar dirt (grease), while the polar heads are attracted to water. Micelles suspend dirt in water and carry it away.

Answer:

Micelles suspend dirt in the water. Soap has a hydrophilic polar head group and long hydrophobic tail. Soap molecules form a spherical cluster called a micelle. Micelles are suspended in water and carry away dirt. Nonpolar hydrocarbons are attracted to dirt.