Understanding Rhizopus Reproduction: Triggers and Advantages
Discover the adverse conditions that trigger sexual reproduction in Rhizopus along with the advantages of zygospore formation. Explore the fungal lifecycle and ecological benefits provided by these processes in this informative iQuiz on fungi.
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3.1.4 Fungi 2 Follow-Me iQuiz
Q. Suggest an adverse condition that triggers sexual reproduction in Rhizopus. Anchorage; Absorption; Digestion; Enzyme secretion FALSE TRUE Mushrooms; Poisonous Anchorage; Absorption; Digestion; Enzyme secretion FALSE TRUE Mushrooms; Poisonous Antibiotic production Free from microorganisms or living things Petri dish Free from microorganisms or living things Antibiotic production Petri dish Autoclave in disposal bag Heterotrophic Pink colonies Autoclave in disposal bag Heterotrophic Pink colonies Holds up/supports the sporangium Production of spores; Reproduction Breaks down dead organisms; Recycling of nutrients Holds up/supports the sporangium Production of spores; Reproduction Breaks down dead organisms; Recycling of nutrients Rhizopus produces spores Budding Lack of oxygen Rhizopus produces spores Budding Lack of oxygen Rhizopus; Mildew; Rusts; Smuts; Blight; Dry rot; Athlete s foot Can survive drought; Dispersal Mitosis Meiosis Rhizopus; Mildew; Rusts; Smuts; Blight; Dry rot; Athlete s foot Can survive drought; Dispersal Mitosis Meiosis More leaves; More suitable temperature; More reproduction Carbon dioxide Saprophytic More leaves; More suitable temperature; More reproduction Carbon dioxide Saprophytic Dehydration Mushrooms; Edible Source of nutrients Dehydration Mushrooms; Edible Source of nutrients
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Q. Give two advantages to Rhizopus of zygospore formation. Anchorage; Absorption; Digestion; Enzyme secretion FALSE TRUE Mushrooms; Poisonous Anchorage; Absorption; Digestion; Enzyme secretion FALSE TRUE Mushrooms; Poisonous Antibiotic production Free from microorganisms or living things Petri dish Free from microorganisms or living things Antibiotic production Petri dish Autoclave in disposal bag Heterotrophic Pink colonies Autoclave in disposal bag Heterotrophic Pink colonies Holds up/supports the sporangium Production of spores; Reproduction Breaks down dead organisms; Recycling of nutrients Holds up/supports the sporangium Production of spores; Reproduction Breaks down dead organisms; Recycling of nutrients Rhizopus produces spores Budding Lack of oxygen Rhizopus produces spores Budding Lack of oxygen Rhizopus; Mildew; Rusts; Smuts; Blight; Dry rot; Athlete s foot Can survive drought; Dispersal Mitosis Meiosis Rhizopus; Mildew; Rusts; Smuts; Blight; Dry rot; Athlete s foot Can survive drought; Dispersal Mitosis Meiosis More leaves; More suitable temperature; More reproduction Carbon dioxide Saprophytic More leaves; More suitable temperature; More reproduction Carbon dioxide Saprophytic Dehydration Mushrooms; Edible Source of nutrients Dehydration Mushrooms; Edible Source of nutrients
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Q. What term is used to describe the process of asexual reproduction in yeast? Anchorage; Absorption; Digestion; Enzyme secretion FALSE TRUE Mushrooms; Poisonous Anchorage; Absorption; Digestion; Enzyme secretion FALSE TRUE Mushrooms; Poisonous Antibiotic production Free from microorganisms or living things Petri dish Free from microorganisms or living things Antibiotic production Petri dish Autoclave in disposal bag Heterotrophic Pink colonies Autoclave in disposal bag Heterotrophic Pink colonies Holds up/supports the sporangium Production of spores; Reproduction Breaks down dead organisms; Recycling of nutrients Holds up/supports the sporangium Production of spores; Reproduction Breaks down dead organisms; Recycling of nutrients Rhizopus produces spores Budding Lack of oxygen Rhizopus produces spores Budding Lack of oxygen Rhizopus; Mildew; Rusts; Smuts; Blight; Dry rot; Athlete s foot Can survive drought; Dispersal Mitosis Meiosis Rhizopus; Mildew; Rusts; Smuts; Blight; Dry rot; Athlete s foot Can survive drought; Dispersal Mitosis Meiosis More leaves; More suitable temperature; More reproduction Carbon dioxide Saprophytic More leaves; More suitable temperature; More reproduction Carbon dioxide Saprophytic Dehydration Mushrooms; Edible Source of nutrients Dehydration Mushrooms; Edible Source of nutrients
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Q. How does asexual reproduction in Rhizopus differ from that in yeast? Anchorage; Absorption; Digestion; Enzyme secretion FALSE TRUE Mushrooms; Poisonous Anchorage; Absorption; Digestion; Enzyme secretion FALSE TRUE Mushrooms; Poisonous Antibiotic production Free from microorganisms or living things Petri dish Free from microorganisms or living things Antibiotic production Petri dish Autoclave in disposal bag Heterotrophic Pink colonies Autoclave in disposal bag Heterotrophic Pink colonies Holds up/supports the sporangium Production of spores; Reproduction Breaks down dead organisms; Recycling of nutrients Holds up/supports the sporangium Production of spores; Reproduction Breaks down dead organisms; Recycling of nutrients Rhizopus produces spores Budding Lack of oxygen Rhizopus produces spores Budding Lack of oxygen Rhizopus; Mildew; Rusts; Smuts; Blight; Dry rot; Athlete s foot Can survive drought; Dispersal Mitosis Meiosis Rhizopus; Mildew; Rusts; Smuts; Blight; Dry rot; Athlete s foot Can survive drought; Dispersal Mitosis Meiosis More leaves; More suitable temperature; More reproduction Carbon dioxide Saprophytic More leaves; More suitable temperature; More reproduction Carbon dioxide Saprophytic Dehydration Mushrooms; Edible Source of nutrients Dehydration Mushrooms; Edible Source of nutrients
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Q. What takes place in the sporangium? Anchorage; Absorption; Digestion; Enzyme secretion FALSE TRUE Mushrooms; Poisonous Anchorage; Absorption; Digestion; Enzyme secretion FALSE TRUE Mushrooms; Poisonous Antibiotic production Free from microorganisms or living things Petri dish Free from microorganisms or living things Antibiotic production Petri dish Autoclave in disposal bag Heterotrophic Pink colonies Autoclave in disposal bag Heterotrophic Pink colonies Holds up/supports the sporangium Production of spores; Reproduction Breaks down dead organisms; Recycling of nutrients Holds up/supports the sporangium Production of spores; Reproduction Breaks down dead organisms; Recycling of nutrients Rhizopus produces spores Budding Lack of oxygen Rhizopus produces spores Budding Lack of oxygen Rhizopus; Mildew; Rusts; Smuts; Blight; Dry rot; Athlete s foot Can survive drought; Dispersal Mitosis Meiosis Rhizopus; Mildew; Rusts; Smuts; Blight; Dry rot; Athlete s foot Can survive drought; Dispersal Mitosis Meiosis More leaves; More suitable temperature; More reproduction Carbon dioxide Saprophytic More leaves; More suitable temperature; More reproduction Carbon dioxide Saprophytic Dehydration Mushrooms; Edible Source of nutrients Dehydration Mushrooms; Edible Source of nutrients
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Q. Name a fungus, other than Rhizopus or yeast, and explain how it is of benefit to humans. Anchorage; Absorption; Digestion; Enzyme secretion FALSE TRUE Mushrooms; Poisonous Anchorage; Absorption; Digestion; Enzyme secretion FALSE TRUE Mushrooms; Poisonous Antibiotic production Free from microorganisms or living things Petri dish Free from microorganisms or living things Antibiotic production Petri dish Autoclave in disposal bag Heterotrophic Pink colonies Autoclave in disposal bag Heterotrophic Pink colonies Holds up/supports the sporangium Production of spores; Reproduction Breaks down dead organisms; Recycling of nutrients Holds up/supports the sporangium Production of spores; Reproduction Breaks down dead organisms; Recycling of nutrients Rhizopus produces spores Budding Lack of oxygen Rhizopus produces spores Budding Lack of oxygen Rhizopus; Mildew; Rusts; Smuts; Blight; Dry rot; Athlete s foot Can survive drought; Dispersal Mitosis Meiosis Rhizopus; Mildew; Rusts; Smuts; Blight; Dry rot; Athlete s foot Can survive drought; Dispersal Mitosis Meiosis More leaves; More suitable temperature; More reproduction Carbon dioxide Saprophytic More leaves; More suitable temperature; More reproduction Carbon dioxide Saprophytic Dehydration Mushrooms; Edible Source of nutrients Dehydration Mushrooms; Edible Source of nutrients
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Q. State a function of rhizoids. Anchorage; Absorption; Digestion; Enzyme secretion FALSE TRUE Mushrooms; Poisonous Anchorage; Absorption; Digestion; Enzyme secretion FALSE TRUE Mushrooms; Poisonous Antibiotic production Free from microorganisms or living things Petri dish Free from microorganisms or living things Antibiotic production Petri dish Autoclave in disposal bag Heterotrophic Pink colonies Autoclave in disposal bag Heterotrophic Pink colonies Holds up/supports the sporangium Production of spores; Reproduction Breaks down dead organisms; Recycling of nutrients Holds up/supports the sporangium Production of spores; Reproduction Breaks down dead organisms; Recycling of nutrients Rhizopus produces spores Budding Lack of oxygen Rhizopus produces spores Budding Lack of oxygen Rhizopus; Mildew; Rusts; Smuts; Blight; Dry rot; Athlete s foot Can survive drought; Dispersal Mitosis Meiosis Rhizopus; Mildew; Rusts; Smuts; Blight; Dry rot; Athlete s foot Can survive drought; Dispersal Mitosis Meiosis More leaves; More suitable temperature; More reproduction Carbon dioxide Saprophytic More leaves; More suitable temperature; More reproduction Carbon dioxide Saprophytic Dehydration Mushrooms; Edible Source of nutrients Dehydration Mushrooms; Edible Source of nutrients
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Q. What term is used to describe the nutrition of Rhizopus? Anchorage; Absorption; Digestion; Enzyme secretion FALSE TRUE Mushrooms; Poisonous Anchorage; Absorption; Digestion; Enzyme secretion FALSE TRUE Mushrooms; Poisonous Antibiotic production Free from microorganisms or living things Petri dish Free from microorganisms or living things Antibiotic production Petri dish Autoclave in disposal bag Heterotrophic Pink colonies Autoclave in disposal bag Heterotrophic Pink colonies Holds up/supports the sporangium Production of spores; Reproduction Breaks down dead organisms; Recycling of nutrients Holds up/supports the sporangium Production of spores; Reproduction Breaks down dead organisms; Recycling of nutrients Rhizopus produces spores Budding Lack of oxygen Rhizopus produces spores Budding Lack of oxygen Rhizopus; Mildew; Rusts; Smuts; Blight; Dry rot; Athlete s foot Can survive drought; Dispersal Mitosis Meiosis Rhizopus; Mildew; Rusts; Smuts; Blight; Dry rot; Athlete s foot Can survive drought; Dispersal Mitosis Meiosis More leaves; More suitable temperature; More reproduction Carbon dioxide Saprophytic More leaves; More suitable temperature; More reproduction Carbon dioxide Saprophytic Dehydration Mushrooms; Edible Source of nutrients Dehydration Mushrooms; Edible Source of nutrients
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Q. Which type of division, mitosis or meiosis, is involved in reproduction in yeast? Anchorage; Absorption; Digestion; Enzyme secretion FALSE TRUE Mushrooms; Poisonous Anchorage; Absorption; Digestion; Enzyme secretion FALSE TRUE Mushrooms; Poisonous Antibiotic production Free from microorganisms or living things Petri dish Free from microorganisms or living things Antibiotic production Petri dish Autoclave in disposal bag Heterotrophic Pink colonies Autoclave in disposal bag Heterotrophic Pink colonies Holds up/supports the sporangium Production of spores; Reproduction Breaks down dead organisms; Recycling of nutrients Holds up/supports the sporangium Production of spores; Reproduction Breaks down dead organisms; Recycling of nutrients Rhizopus produces spores Budding Lack of oxygen Rhizopus produces spores Budding Lack of oxygen Rhizopus; Mildew; Rusts; Smuts; Blight; Dry rot; Athlete s foot Can survive drought; Dispersal Mitosis Meiosis Rhizopus; Mildew; Rusts; Smuts; Blight; Dry rot; Athlete s foot Can survive drought; Dispersal Mitosis Meiosis More leaves; More suitable temperature; More reproduction Carbon dioxide Saprophytic More leaves; More suitable temperature; More reproduction Carbon dioxide Saprophytic Dehydration Mushrooms; Edible Source of nutrients Dehydration Mushrooms; Edible Source of nutrients
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Q. What are anaerobic conditions? Anchorage; Absorption; Digestion; Enzyme secretion FALSE TRUE Mushrooms; Poisonous Anchorage; Absorption; Digestion; Enzyme secretion FALSE TRUE Mushrooms; Poisonous Antibiotic production Free from microorganisms or living things Petri dish Free from microorganisms or living things Antibiotic production Petri dish Autoclave in disposal bag Heterotrophic Pink colonies Autoclave in disposal bag Heterotrophic Pink colonies Holds up/supports the sporangium Production of spores; Reproduction Breaks down dead organisms; Recycling of nutrients Holds up/supports the sporangium Production of spores; Reproduction Breaks down dead organisms; Recycling of nutrients Rhizopus produces spores Budding Lack of oxygen Rhizopus produces spores Budding Lack of oxygen Rhizopus; Mildew; Rusts; Smuts; Blight; Dry rot; Athlete s foot Can survive drought; Dispersal Mitosis Meiosis Rhizopus; Mildew; Rusts; Smuts; Blight; Dry rot; Athlete s foot Can survive drought; Dispersal Mitosis Meiosis More leaves; More suitable temperature; More reproduction Carbon dioxide Saprophytic More leaves; More suitable temperature; More reproduction Carbon dioxide Saprophytic Dehydration Mushrooms; Edible Source of nutrients Dehydration Mushrooms; Edible Source of nutrients
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Q. Name the container in which you grew the leaf yeast Anchorage; Absorption; Digestion; Enzyme secretion FALSE TRUE Mushrooms; Poisonous Anchorage; Absorption; Digestion; Enzyme secretion FALSE TRUE Mushrooms; Poisonous Antibiotic production Free from microorganisms or living things Petri dish Free from microorganisms or living things Antibiotic production Petri dish Autoclave in disposal bag Heterotrophic Pink colonies Autoclave in disposal bag Heterotrophic Pink colonies Holds up/supports the sporangium Production of spores; Reproduction Breaks down dead organisms; Recycling of nutrients Holds up/supports the sporangium Production of spores; Reproduction Breaks down dead organisms; Recycling of nutrients Rhizopus produces spores Budding Lack of oxygen Rhizopus produces spores Budding Lack of oxygen Rhizopus; Mildew; Rusts; Smuts; Blight; Dry rot; Athlete s foot Can survive drought; Dispersal Mitosis Meiosis Rhizopus; Mildew; Rusts; Smuts; Blight; Dry rot; Athlete s foot Can survive drought; Dispersal Mitosis Meiosis More leaves; More suitable temperature; More reproduction Carbon dioxide Saprophytic More leaves; More suitable temperature; More reproduction Carbon dioxide Saprophytic Dehydration Mushrooms; Edible Source of nutrients Dehydration Mushrooms; Edible Source of nutrients
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Q. What form of heterotrophic nutrition does Rhizopus have? Anchorage; Absorption; Digestion; Enzyme secretion FALSE TRUE Mushrooms; Poisonous Anchorage; Absorption; Digestion; Enzyme secretion FALSE TRUE Mushrooms; Poisonous Antibiotic production Free from microorganisms or living things Petri dish Free from microorganisms or living things Antibiotic production Petri dish Autoclave in disposal bag Heterotrophic Pink colonies Autoclave in disposal bag Heterotrophic Pink colonies Holds up/supports the sporangium Production of spores; Reproduction Breaks down dead organisms; Recycling of nutrients Holds up/supports the sporangium Production of spores; Reproduction Breaks down dead organisms; Recycling of nutrients Rhizopus produces spores Budding Lack of oxygen Rhizopus produces spores Budding Lack of oxygen Rhizopus; Mildew; Rusts; Smuts; Blight; Dry rot; Athlete s foot Can survive drought; Dispersal Mitosis Meiosis Rhizopus; Mildew; Rusts; Smuts; Blight; Dry rot; Athlete s foot Can survive drought; Dispersal Mitosis Meiosis More leaves; More suitable temperature; More reproduction Carbon dioxide Saprophytic More leaves; More suitable temperature; More reproduction Carbon dioxide Saprophytic Dehydration Mushrooms; Edible Source of nutrients Dehydration Mushrooms; Edible Source of nutrients
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Q. Name one economically harmful member of the Fungi kingdom. Anchorage; Absorption; Digestion; Enzyme secretion FALSE TRUE Mushrooms; Poisonous Anchorage; Absorption; Digestion; Enzyme secretion FALSE TRUE Mushrooms; Poisonous Antibiotic production Free from microorganisms or living things Petri dish Free from microorganisms or living things Antibiotic production Petri dish Autoclave in disposal bag Heterotrophic Pink colonies Autoclave in disposal bag Heterotrophic Pink colonies Holds up/supports the sporangium Production of spores; Reproduction Breaks down dead organisms; Recycling of nutrients Holds up/supports the sporangium Production of spores; Reproduction Breaks down dead organisms; Recycling of nutrients Rhizopus produces spores Budding Lack of oxygen Rhizopus produces spores Budding Lack of oxygen Rhizopus; Mildew; Rusts; Smuts; Blight; Dry rot; Athlete s foot Can survive drought; Dispersal Mitosis Meiosis Rhizopus; Mildew; Rusts; Smuts; Blight; Dry rot; Athlete s foot Can survive drought; Dispersal Mitosis Meiosis More leaves; More suitable temperature; More reproduction Carbon dioxide Saprophytic More leaves; More suitable temperature; More reproduction Carbon dioxide Saprophytic Dehydration Mushrooms; Edible Source of nutrients Dehydration Mushrooms; Edible Source of nutrients
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Q. Give one beneficial use of fungi. Anchorage; Absorption; Digestion; Enzyme secretion FALSE TRUE Mushrooms; Poisonous Anchorage; Absorption; Digestion; Enzyme secretion FALSE TRUE Mushrooms; Poisonous Antibiotic production Free from microorganisms or living things Petri dish Free from microorganisms or living things Antibiotic production Petri dish Autoclave in disposal bag Heterotrophic Pink colonies Autoclave in disposal bag Heterotrophic Pink colonies Holds up/supports the sporangium Production of spores; Reproduction Breaks down dead organisms; Recycling of nutrients Holds up/supports the sporangium Production of spores; Reproduction Breaks down dead organisms; Recycling of nutrients Rhizopus produces spores Budding Lack of oxygen Rhizopus produces spores Budding Lack of oxygen Rhizopus; Mildew; Rusts; Smuts; Blight; Dry rot; Athlete s foot Can survive drought; Dispersal Mitosis Meiosis Rhizopus; Mildew; Rusts; Smuts; Blight; Dry rot; Athlete s foot Can survive drought; Dispersal Mitosis Meiosis More leaves; More suitable temperature; More reproduction Carbon dioxide Saprophytic More leaves; More suitable temperature; More reproduction Carbon dioxide Saprophytic Dehydration Mushrooms; Edible Source of nutrients Dehydration Mushrooms; Edible Source of nutrients
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Q. Outline the importance of saprophytic nutrition in nature. Anchorage; Absorption; Digestion; Enzyme secretion FALSE TRUE Mushrooms; Poisonous Anchorage; Absorption; Digestion; Enzyme secretion FALSE TRUE Mushrooms; Poisonous Antibiotic production Free from microorganisms or living things Petri dish Free from microorganisms or living things Antibiotic production Petri dish Autoclave in disposal bag Heterotrophic Pink colonies Autoclave in disposal bag Heterotrophic Pink colonies Holds up/supports the sporangium Production of spores; Reproduction Breaks down dead organisms; Recycling of nutrients Holds up/supports the sporangium Production of spores; Reproduction Breaks down dead organisms; Recycling of nutrients Rhizopus produces spores Budding Lack of oxygen Rhizopus produces spores Budding Lack of oxygen Rhizopus; Mildew; Rusts; Smuts; Blight; Dry rot; Athlete s foot Can survive drought; Dispersal Mitosis Meiosis Rhizopus; Mildew; Rusts; Smuts; Blight; Dry rot; Athlete s foot Can survive drought; Dispersal Mitosis Meiosis More leaves; More suitable temperature; More reproduction Carbon dioxide Saprophytic More leaves; More suitable temperature; More reproduction Carbon dioxide Saprophytic Dehydration Mushrooms; Edible Source of nutrients Dehydration Mushrooms; Edible Source of nutrients
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Q. TRUE or FALSE. Rhizopus is a member of the animal kingdom. Anchorage; Absorption; Digestion; Enzyme secretion FALSE TRUE Mushrooms; Poisonous Anchorage; Absorption; Digestion; Enzyme secretion FALSE TRUE Mushrooms; Poisonous Antibiotic production Free from microorganisms or living things Petri dish Free from microorganisms or living things Antibiotic production Petri dish Autoclave in disposal bag Heterotrophic Pink colonies Autoclave in disposal bag Heterotrophic Pink colonies Holds up/supports the sporangium Production of spores; Reproduction Breaks down dead organisms; Recycling of nutrients Holds up/supports the sporangium Production of spores; Reproduction Breaks down dead organisms; Recycling of nutrients Rhizopus produces spores Budding Lack of oxygen Rhizopus produces spores Budding Lack of oxygen Rhizopus; Mildew; Rusts; Smuts; Blight; Dry rot; Athlete s foot Can survive drought; Dispersal Mitosis Meiosis Rhizopus; Mildew; Rusts; Smuts; Blight; Dry rot; Athlete s foot Can survive drought; Dispersal Mitosis Meiosis More leaves; More suitable temperature; More reproduction Carbon dioxide Saprophytic More leaves; More suitable temperature; More reproduction Carbon dioxide Saprophytic Dehydration Mushrooms; Edible Source of nutrients Dehydration Mushrooms; Edible Source of nutrients
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Q. Having finished the experiment on leaf yeast, what did you do with the agar plates? Anchorage; Absorption; Digestion; Enzyme secretion FALSE TRUE Mushrooms; Poisonous Anchorage; Absorption; Digestion; Enzyme secretion FALSE TRUE Mushrooms; Poisonous Antibiotic production Free from microorganisms or living things Petri dish Free from microorganisms or living things Antibiotic production Petri dish Autoclave in disposal bag Heterotrophic Pink colonies Autoclave in disposal bag Heterotrophic Pink colonies Holds up/supports the sporangium Production of spores; Reproduction Breaks down dead organisms; Recycling of nutrients Holds up/supports the sporangium Production of spores; Reproduction Breaks down dead organisms; Recycling of nutrients Rhizopus produces spores Budding Lack of oxygen Rhizopus produces spores Budding Lack of oxygen Rhizopus; Mildew; Rusts; Smuts; Blight; Dry rot; Athlete s foot Can survive drought; Dispersal Mitosis Meiosis Rhizopus; Mildew; Rusts; Smuts; Blight; Dry rot; Athlete s foot Can survive drought; Dispersal Mitosis Meiosis More leaves; More suitable temperature; More reproduction Carbon dioxide Saprophytic More leaves; More suitable temperature; More reproduction Carbon dioxide Saprophytic Dehydration Mushrooms; Edible Source of nutrients Dehydration Mushrooms; Edible Source of nutrients
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Q. Name a fungus, other than Rhizopus or yeast, and explain how it is harmful to humans. Anchorage; Absorption; Digestion; Enzyme secretion FALSE TRUE Mushrooms; Poisonous Anchorage; Absorption; Digestion; Enzyme secretion FALSE TRUE Mushrooms; Poisonous Antibiotic production Free from microorganisms or living things Petri dish Free from microorganisms or living things Antibiotic production Petri dish Autoclave in disposal bag Heterotrophic Pink colonies Autoclave in disposal bag Heterotrophic Pink colonies Holds up/supports the sporangium Production of spores; Reproduction Breaks down dead organisms; Recycling of nutrients Holds up/supports the sporangium Production of spores; Reproduction Breaks down dead organisms; Recycling of nutrients Rhizopus produces spores Budding Lack of oxygen Rhizopus produces spores Budding Lack of oxygen Rhizopus; Mildew; Rusts; Smuts; Blight; Dry rot; Athlete s foot Can survive drought; Dispersal Mitosis Meiosis Rhizopus; Mildew; Rusts; Smuts; Blight; Dry rot; Athlete s foot Can survive drought; Dispersal Mitosis Meiosis More leaves; More suitable temperature; More reproduction Carbon dioxide Saprophytic More leaves; More suitable temperature; More reproduction Carbon dioxide Saprophytic Dehydration Mushrooms; Edible Source of nutrients Dehydration Mushrooms; Edible Source of nutrients
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Q. State a function of the sporangiophore. Anchorage; Absorption; Digestion; Enzyme secretion FALSE TRUE Mushrooms; Poisonous Anchorage; Absorption; Digestion; Enzyme secretion FALSE TRUE Mushrooms; Poisonous Antibiotic production Free from microorganisms or living things Petri dish Free from microorganisms or living things Antibiotic production Petri dish Autoclave in disposal bag Heterotrophic Pink colonies Autoclave in disposal bag Heterotrophic Pink colonies Holds up/supports the sporangium Production of spores; Reproduction Breaks down dead organisms; Recycling of nutrients Holds up/supports the sporangium Production of spores; Reproduction Breaks down dead organisms; Recycling of nutrients Rhizopus produces spores Budding Lack of oxygen Rhizopus produces spores Budding Lack of oxygen Rhizopus; Mildew; Rusts; Smuts; Blight; Dry rot; Athlete s foot Can survive drought; Dispersal Mitosis Meiosis Rhizopus; Mildew; Rusts; Smuts; Blight; Dry rot; Athlete s foot Can survive drought; Dispersal Mitosis Meiosis More leaves; More suitable temperature; More reproduction Carbon dioxide Saprophytic More leaves; More suitable temperature; More reproduction Carbon dioxide Saprophytic Dehydration Mushrooms; Edible Source of nutrients Dehydration Mushrooms; Edible Source of nutrients
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Q. What is the purpose of using agar when growing fungi or bacteria in the laboratory? Anchorage; Absorption; Digestion; Enzyme secretion FALSE TRUE Mushrooms; Poisonous Anchorage; Absorption; Digestion; Enzyme secretion FALSE TRUE Mushrooms; Poisonous Antibiotic production Free from microorganisms or living things Petri dish Free from microorganisms or living things Antibiotic production Petri dish Autoclave in disposal bag Heterotrophic Pink colonies Autoclave in disposal bag Heterotrophic Pink colonies Holds up/supports the sporangium Production of spores; Reproduction Breaks down dead organisms; Recycling of nutrients Holds up/supports the sporangium Production of spores; Reproduction Breaks down dead organisms; Recycling of nutrients Rhizopus produces spores Budding Lack of oxygen Rhizopus produces spores Budding Lack of oxygen Rhizopus; Mildew; Rusts; Smuts; Blight; Dry rot; Athlete s foot Can survive drought; Dispersal Mitosis Meiosis Rhizopus; Mildew; Rusts; Smuts; Blight; Dry rot; Athlete s foot Can survive drought; Dispersal Mitosis Meiosis More leaves; More suitable temperature; More reproduction Carbon dioxide Saprophytic More leaves; More suitable temperature; More reproduction Carbon dioxide Saprophytic Dehydration Mushrooms; Edible Source of nutrients Dehydration Mushrooms; Edible Source of nutrients
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Q. Suggest one reason why leaf yeasts are more plentiful in July than in March. Anchorage; Absorption; Digestion; Enzyme secretion FALSE TRUE Mushrooms; Poisonous Anchorage; Absorption; Digestion; Enzyme secretion FALSE TRUE Mushrooms; Poisonous Antibiotic production Free from microorganisms or living things Petri dish Free from microorganisms or living things Antibiotic production Petri dish Autoclave in disposal bag Heterotrophic Pink colonies Autoclave in disposal bag Heterotrophic Pink colonies Holds up/supports the sporangium Production of spores; Reproduction Breaks down dead organisms; Recycling of nutrients Holds up/supports the sporangium Production of spores; Reproduction Breaks down dead organisms; Recycling of nutrients Rhizopus produces spores Budding Lack of oxygen Rhizopus produces spores Budding Lack of oxygen Rhizopus; Mildew; Rusts; Smuts; Blight; Dry rot; Athlete s foot Can survive drought; Dispersal Mitosis Meiosis Rhizopus; Mildew; Rusts; Smuts; Blight; Dry rot; Athlete s foot Can survive drought; Dispersal Mitosis Meiosis More leaves; More suitable temperature; More reproduction Carbon dioxide Saprophytic More leaves; More suitable temperature; More reproduction Carbon dioxide Saprophytic Dehydration Mushrooms; Edible Source of nutrients Dehydration Mushrooms; Edible Source of nutrients
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Q. How did you recognise the leaf yeasts when they appeared on the agar? Anchorage; Absorption; Digestion; Enzyme secretion FALSE TRUE Mushrooms; Poisonous Anchorage; Absorption; Digestion; Enzyme secretion FALSE TRUE Mushrooms; Poisonous Antibiotic production Free from microorganisms or living things Petri dish Free from microorganisms or living things Antibiotic production Petri dish Autoclave in disposal bag Heterotrophic Pink colonies Autoclave in disposal bag Heterotrophic Pink colonies Holds up/supports the sporangium Production of spores; Reproduction Breaks down dead organisms; Recycling of nutrients Holds up/supports the sporangium Production of spores; Reproduction Breaks down dead organisms; Recycling of nutrients Rhizopus produces spores Budding Lack of oxygen Rhizopus produces spores Budding Lack of oxygen Rhizopus; Mildew; Rusts; Smuts; Blight; Dry rot; Athlete s foot Can survive drought; Dispersal Mitosis Meiosis Rhizopus; Mildew; Rusts; Smuts; Blight; Dry rot; Athlete s foot Can survive drought; Dispersal Mitosis Meiosis More leaves; More suitable temperature; More reproduction Carbon dioxide Saprophytic More leaves; More suitable temperature; More reproduction Carbon dioxide Saprophytic Dehydration Mushrooms; Edible Source of nutrients Dehydration Mushrooms; Edible Source of nutrients
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Q. In anaerobic conditions yeast produces ethanol and Anchorage; Absorption; Digestion; Enzyme secretion FALSE TRUE Mushrooms; Poisonous Anchorage; Absorption; Digestion; Enzyme secretion FALSE TRUE Mushrooms; Poisonous Antibiotic production Free from microorganisms or living things Petri dish Free from microorganisms or living things Antibiotic production Petri dish Autoclave in disposal bag Heterotrophic Pink colonies Autoclave in disposal bag Heterotrophic Pink colonies Holds up/supports the sporangium Production of spores; Reproduction Breaks down dead organisms; Recycling of nutrients Holds up/supports the sporangium Production of spores; Reproduction Breaks down dead organisms; Recycling of nutrients Rhizopus produces spores Budding Lack of oxygen Rhizopus produces spores Budding Lack of oxygen Rhizopus; Mildew; Rusts; Smuts; Blight; Dry rot; Athlete s foot Can survive drought; Dispersal Mitosis Meiosis Rhizopus; Mildew; Rusts; Smuts; Blight; Dry rot; Athlete s foot Can survive drought; Dispersal Mitosis Meiosis More leaves; More suitable temperature; More reproduction Carbon dioxide Saprophytic More leaves; More suitable temperature; More reproduction Carbon dioxide Saprophytic Dehydration Mushrooms; Edible Source of nutrients Dehydration Mushrooms; Edible Source of nutrients
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Q. What is meant by sterile? Anchorage; Absorption; Digestion; Enzyme secretion FALSE TRUE Mushrooms; Poisonous Anchorage; Absorption; Digestion; Enzyme secretion FALSE TRUE Mushrooms; Poisonous Antibiotic production Free from microorganisms or living things Petri dish Free from microorganisms or living things Antibiotic production Petri dish Autoclave in disposal bag Heterotrophic Pink colonies Autoclave in disposal bag Heterotrophic Pink colonies Holds up/supports the sporangium Production of spores; Reproduction Breaks down dead organisms; Recycling of nutrients Holds up/supports the sporangium Production of spores; Reproduction Breaks down dead organisms; Recycling of nutrients Rhizopus produces spores Budding Lack of oxygen Rhizopus produces spores Budding Lack of oxygen Rhizopus; Mildew; Rusts; Smuts; Blight; Dry rot; Athlete s foot Can survive drought; Dispersal Mitosis Meiosis Rhizopus; Mildew; Rusts; Smuts; Blight; Dry rot; Athlete s foot Can survive drought; Dispersal Mitosis Meiosis More leaves; More suitable temperature; More reproduction Carbon dioxide Saprophytic More leaves; More suitable temperature; More reproduction Carbon dioxide Saprophytic Dehydration Mushrooms; Edible Source of nutrients Dehydration Mushrooms; Edible Source of nutrients
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