Concept explainers
Introduction:
Answer to Problem 1TYU
Correct answer:
All fungi are heterotrophic in nature and cannot synthesize their own food. They obtain their food by secreting enzymes in the environment to digest complex molecules into smaller molecules. Fungi absorb such small molecules. Therefore, option (B) is correct.
Explanation of Solution
Reason for the correct statement:
Fungi cannot synthesize their own food with the help of solar energy and organic nutrients obtained from the environment, instead, they are heterotrophic in nature. Therefore, they absorb simple molecules by releasing enzymes in their surroundings and converting the complex food molecules into simpler forms outside the body.
Option (B) is given as “heterotrophic”.
“All fungi are heterotrophic”, is the right answer.
Hence, option (B) is correct.
Reason for the incorrect statements:
Option (A) is given as “symbiotic”.
The mutual relation present between the two organisms is known as symbiosis and both the organisms are benefitted, but not all fungi form a symbiotic relationship. Hence, it is the wrong answer.
Option (C) is given as “flagellated”.
Only primitive species of fungi like chytrids have flagella. Hence, it is the wrong answer.
Option (D) is given as “decomposers”.
The breakdown of dead and decaying organisms is the main functional characteristic of decomposers, but only a few species of mushroom act as decomposers. Hence, it is the wrong answer.
Hence, options (A), (C), and (D) are incorrect.
Fungi can grow in any habitat and have a variety of enzymes that can digest a wide range of compounds from live or dead organisms.
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Chapter 26 Solutions
EBK CAMPBELL BIOLOGY IN FOCUS
- A fungal hypha that contains two genetically different nuclei would be classified asa. monokaryotic.b. bikaryotic.c. homokaryotic.d. heterokaryoticarrow_forwardWhich of the following statements about fungi is false?a. Most fungi are multicellular.b. Fungal cell walls are composed of cellulose.c. Most fungi are nonmotile.d. Fungi digest their food before ingesting it.arrow_forwardHow does a mycorrhizal fungus differ from a free-living basidiomycete? a. It gains its nutrients from a living plant. b. It has no sexual stage in its life cycle. c. It is not edible. d. All of the above are correct.arrow_forward
- The collective mass of hyphae is called a a. sporophyte. b. mycelium. c. ascocarp. d. lichen.arrow_forwardIn the life cycle of a typical basidiomycete, you would expect to find a dikaryotic cell in thea. primary mycelium.b. secondary mycelium.c. basidiospores.d. zygote.arrow_forwardThe wall dividing individual cells in a fungal filament is called a a. thallus b. hypha c. mycelium d. septumarrow_forward
- Which of the following is NOT a unicelled organism? a. amoeba b. bacteria c. paramecium d. fungiarrow_forwardIn the fungi life cycle, spores can be produced via: a. mitosis b. meiosis Oc. karyogamy d. A and B Oe. A, B, and Carrow_forward1)If we study septate and coenocytic hyphae of equal length from two fungi species, then the coenocytic hyphae is unique because A. It is haploid B. It has fewer pores in the wall C. It has more cytoplasm streaming d.Has cellulose in the cell wallsarrow_forward
- The mycelium of a multicelled fungus is a mesh of filaments, each called a_______ . a. septa b. hypha c. sporearrow_forwardIn most_______ , an extensive dikaryotic mycelium is the longest-lived phase of the life cycle. a. chytrids c. sac fungi b. zygote fungi d. club fungiarrow_forwardWhich of the following organisms does not rely upon free spores to reproduce? Group of answer choices A. Gnetophyte B. Horsetail C. Liverwort D. Moldarrow_forward
- Biology (MindTap Course List)BiologyISBN:9781337392938Author:Eldra Solomon, Charles Martin, Diana W. Martin, Linda R. BergPublisher:Cengage Learning