Which statements about the fluid mosaic structure of a membrane are correct? Select the three correct statements.-Because membranes are fluid, membrane proteins and phospholipids can drift about in the membrane.-The diverse proteins found in and attached to membranes perform many important functions.-The kinky tails of some proteins help keep the membrane fluid by preventing the component molecules from packing solidly together.-Membranes include a mosaic, or mix, of carbohydrates embedded in a phospholipid bilayer.-The framework of a membrane is a bilayer of phospholipids with their hydrophilic heads facing the aqueous environment inside and outside of the cell and their hydrophobic tails clustered in the center.

-Because membranes are fluid, membrane proteins and phospholipids can drift about in the membrane.

-The diverse proteins found in and attached to membranes perform many important functions.

-The framework of a membrane is a bilayer of phospholipids with their hydrophilic heads facing the aqueous environment inside and outside of the cell and their hydrophobic tails clustered in the center.

the last one: artificial selection/genetic engineering

plant breeding is modifying the genetic composition of the plant - but this isn't cloning (which is specifically introducing a gene into a genome). but you are artificially selecting for the phenotype that you want.

the second one is literally genetic engineering - the gene would have been cloned first and then inserted or genetically engineered into the new plant cell (the cotton).

answer;

c. a tree whose roots are surrounded by wet sand.

explanation;

water stress is an important factor limiting the growth and productivity of forests.water stress is the most often cited cause of poor survival and growth of woody landscape plants.

-insufficient soil moisture is the most common form of water stress, but excess moisture that leads to poor soil aeration (hypoxia) can also result in reduced plant vitality. a tree whose roots are surrounded by wet sand would be least likely to experience water stress.