Fungi of the phylum basidiomycota form mycorrhizal associations with orchids, a type of flowering plant. how do these associations benefit both the fungi and the orchids a. the orchids gain nutrients and carbon dioxide from the fungi, while the fungi gain oxygen and sugar from the orchids. b. the orchids release enzymes to break down sugar for the fungi, while the fungi fertilizes the soil surrounding the plant. c. the orchids receive water and oxygen from the fungi, while the fungi receive food and minerals from the orchids. d. the orchids produce decaying material for the fungi, while the fungi provide structural support to the orchids.

C. The orchids receive water and oxygen from the fungi, while the fungi receive food and minerals from the orchids.

Mycorrhizal association refers to the mutualistic symbiotic relationship between a fungi and roots of vascular plants. In this type association both partners are benefited.

The plant roots are unable to take nutrients which are chemically or physically immobilized in the soil. The mycelium of the mycorrhizal fungus helps to avail those nutrients to the plants. Thus plants are able to obtain phosphates and iron through these fungi. These fungi also, increase the water absorption capacity of plants. In return the fungi receives the direct access of carbohydrates like glucose and sucrose. These carbohydrates translocate from leaves to roots, from there fungi receives these carbohydrates as food source.

The plant orchid and fungi of phyllum basidiomycota form mycorrhizal association, which is a mutalistic association. Thus, the orchids receive water and oxygen from the fungi, while the fungi receive food and minerals from the orchids.

label a cell membrane

label b cytoplasm

label c ribosomes

label d dna

the membrane forms the outside of the cell

cytoplasm is the liquid within

ribosomes are the components within that distribute rna

the dna is the genetic make-up