iQuiz Q To which kingdom do yeasts belong Anchors Digestion Absorption Chloroplast Keep populations under control Natural selection Fungi Filament Multicellular Method of reproduction Size Structure ID: 918205
Download Presentation The PPT/PDF document "3.1.4 Fungi 1 Follow-Me –" is the property of its rightful owner. Permission is granted to download and print the materials on this web site for personal, non-commercial use only, and to display it on your personal computer provided you do not modify the materials and that you retain all copyright notices contained in the materials. By downloading content from our website, you accept the terms of this agreement.
Slide1
3.1.4 Fungi 1
Follow-Me –
iQuiz
Slide2Q. To which kingdom do yeasts belong?
Anchors; Digestion; Absorption
Chloroplast
Keep populations under control; Natural selection
Fungi
Filament
Multicellular; Method of reproduction; Size; Structure
Malt agar
Live on dead organisms or matter
Live in or on another living organism causing harm
Possesses membrane-bound nucleus or organelles
Produces spores; Stores spores; Asexual reproduction
Rhizopus
Ringworm; Athlete’s foot; Potato blight; Thrush; Dry rot; Death cap
Saprophytic
Mycelium
Yeast for brewing or baking;
Agaricus campestris; Agaricus bisporus
Stolon; Rhizoids; Mycelium; Hyphae; Sporangium; Spores
Spores all develop from one parent; No gametes involved
Survival; Dispersal
Ash
Produces gametes; Sexual reproduction
Baking; Brewing
Recycling of nutrients and decay
Digestion; Absorption
Slide3CONGRATULATIONS
Please
CLICK
on
THIS BOX
for the Next Question
Slide4Q. State one feature of Rhizopus that indicates that Rhizopus belongs to the kingdom Fungi.
Anchors; Digestion; Absorption
Chloroplast
Keep populations under control; Natural selection
Fungi
Filament
Multicellular; Method of reproduction; Size; Structure
Malt agar
Live on dead organisms or matter
Live in or on another living organism causing harm
Possesses membrane-bound nucleus or organelles
Produces spores; Stores spores; Asexual reproduction
Rhizopus
Ringworm; Athlete’s foot; Potato blight; Thrush; Dry rot; Death cap
Saprophytic
Mycelium
Yeast for brewing or baking;
Agaricus campestris; Agaricus bisporus
Stolon; Rhizoids; Mycelium; Hyphae; Sporangium; Spores
Spores all develop from one parent; No gametes involved
Survival; Dispersal
Ash
Produces gametes; Sexual reproduction
Baking; Brewing
Recycling of nutrients and decay
Digestion; Absorption
Slide5CONGRATULATIONS
Please
CLICK
on
THIS BOX
for the Next Question
Slide6Q. Yeasts are eukaryotic organisms. What does this mean?
Anchors; Digestion; Absorption
Chloroplast
Keep populations under control; Natural selection
Fungi
Filament
Multicellular; Method of reproduction; Size; Structure
Malt agar
Live on dead organisms or matter
Live in or on another living organism causing harm
Possesses membrane-bound nucleus or organelles
Produces spores; Stores spores; Asexual reproduction
Rhizopus
Ringworm; Athlete’s foot; Potato blight; Thrush; Dry rot; Death cap
Saprophytic
Mycelium
Yeast for brewing or baking;
Agaricus campestris; Agaricus bisporus
Stolon; Rhizoids; Mycelium; Hyphae; Sporangium; Spores
Spores all develop from one parent; No gametes involved
Survival; Dispersal
Ash
Produces gametes; Sexual reproduction
Baking; Brewing
Recycling of nutrients and decay
Digestion; Absorption
Slide7CONGRATULATIONS
Please
CLICK
on
THIS BOX
for the Next Question
Slide8Q. Name the nutrient medium on which you grew leaf yeast
Anchors; Digestion; Absorption
Chloroplast
Keep populations under control; Natural selection
Fungi
Filament
Multicellular; Method of reproduction; Size; Structure
Malt agar
Live on dead organisms or matter
Live in or on another living organism causing harm
Possesses membrane-bound nucleus or organelles
Produces spores; Stores spores; Asexual reproduction
Rhizopus
Ringworm; Athlete’s foot; Potato blight; Thrush; Dry rot; Death cap
Saprophytic
Mycelium
Yeast for brewing or baking;
Agaricus campestris; Agaricus bisporus
Stolon; Rhizoids; Mycelium; Hyphae; Sporangium; Spores
Spores all develop from one parent; No gametes involved
Survival; Dispersal
Ash
Produces gametes; Sexual reproduction
Baking; Brewing
Recycling of nutrients and decay
Digestion; Absorption
Slide9CONGRATULATIONS
Please
CLICK
on
THIS BOX
for the Next Question
Slide10Q. What are saprophytic fungi?
Anchors; Digestion; Absorption
Chloroplast
Keep populations under control; Natural selection
Fungi
Filament
Multicellular; Method of reproduction; Size; Structure
Malt agar
Live on dead organisms or matter
Live in or on another living organism causing harm
Possesses membrane-bound nucleus or organelles
Produces spores; Stores spores; Asexual reproduction
Rhizopus
Ringworm; Athlete’s foot; Potato blight; Thrush; Dry rot; Death cap
Saprophytic
Mycelium
Yeast for brewing or baking;
Agaricus campestris; Agaricus bisporus
Stolon; Rhizoids; Mycelium; Hyphae; Sporangium; Spores
Spores all develop from one parent; No gametes involved
Survival; Dispersal
Ash
Produces gametes; Sexual reproduction
Baking; Brewing
Recycling of nutrients and decay
Digestion; Absorption
Slide11CONGRATULATIONS
Please
CLICK
on
THIS BOX
for the Next Question
Slide12Q. Give one example of a beneficial fungus.
Anchors; Digestion; Absorption
Chloroplast
Keep populations under control; Natural selection
Fungi
Filament
Multicellular; Method of reproduction; Size; Structure
Malt agar
Live on dead organisms or matter
Live in or on another living organism causing harm
Possesses membrane-bound nucleus or organelles
Produces spores; Stores spores; Asexual reproduction
Rhizopus
Ringworm; Athlete’s foot; Potato blight; Thrush; Dry rot; Death cap
Saprophytic
Mycelium
Yeast for brewing or baking;
Agaricus campestris; Agaricus bisporus
Stolon; Rhizoids; Mycelium; Hyphae; Sporangium; Spores
Spores all develop from one parent; No gametes involved
Survival; Dispersal
Ash
Produces gametes; Sexual reproduction
Baking; Brewing
Recycling of nutrients and decay
Digestion; Absorption
Slide13CONGRATULATIONS
Please
CLICK
on
THIS BOX
for the Next Question
Slide14Q. State a function of the rhizoid in fungi.
Anchors; Digestion; Absorption
Chloroplast
Keep populations under control; Natural selection
Fungi
Filament
Multicellular; Method of reproduction; Size; Structure
Malt agar
Live on dead organisms or matter
Live in or on another living organism causing harm
Possesses membrane-bound nucleus or organelles
Produces spores; Stores spores; Asexual reproduction
Rhizopus
Ringworm; Athlete’s foot; Potato blight; Thrush; Dry rot; Death cap
Saprophytic
Mycelium
Yeast for brewing or baking;
Agaricus campestris; Agaricus bisporus
Stolon; Rhizoids; Mycelium; Hyphae; Sporangium; Spores
Spores all develop from one parent; No gametes involved
Survival; Dispersal
Ash
Produces gametes; Sexual reproduction
Baking; Brewing
Recycling of nutrients and decay
Digestion; Absorption
Slide15CONGRATULATIONS
Please
CLICK
on
THIS BOX
for the Next Question
Slide16Q. What is a hypha?
Anchors; Digestion; Absorption
Chloroplast
Keep populations under control; Natural selection
Fungi
Filament
Multicellular; Method of reproduction; Size; Structure
Malt agar
Live on dead organisms or matter
Live in or on another living organism causing harm
Possesses membrane-bound nucleus or organelles
Produces spores; Stores spores; Asexual reproduction
Rhizopus
Ringworm; Athlete’s foot; Potato blight; Thrush; Dry rot; Death cap
Saprophytic
Mycelium
Yeast for brewing or baking;
Agaricus campestris; Agaricus bisporus
Stolon; Rhizoids; Mycelium; Hyphae; Sporangium; Spores
Spores all develop from one parent; No gametes involved
Survival; Dispersal
Ash
Produces gametes; Sexual reproduction
Baking; Brewing
Recycling of nutrients and decay
Digestion; Absorption
Slide17CONGRATULATIONS
Please
CLICK
on
THIS BOX
for the Next Question
Slide18Q. What is the role of saprophytic fungi in nature?
Anchors; Digestion; Absorption
Chloroplast
Keep populations under control; Natural selection
Fungi
Filament
Multicellular; Method of reproduction; Size; Structure
Malt agar
Live on dead organisms or matter
Live in or on another living organism causing harm
Possesses membrane-bound nucleus or organelles
Produces spores; Stores spores; Asexual reproduction
Rhizopus
Ringworm; Athlete’s foot; Potato blight; Thrush; Dry rot; Death cap
Saprophytic
Mycelium
Yeast for brewing or baking;
Agaricus campestris; Agaricus bisporus
Stolon; Rhizoids; Mycelium; Hyphae; Sporangium; Spores
Spores all develop from one parent; No gametes involved
Survival; Dispersal
Ash
Produces gametes; Sexual reproduction
Baking; Brewing
Recycling of nutrients and decay
Digestion; Absorption
Slide19CONGRATULATIONS
Please
CLICK
on
THIS BOX
for the Next Question
Slide20Q. A mass of hyphae is called a …
Anchors; Digestion; Absorption
Chloroplast
Keep populations under control; Natural selection
Fungi
Filament
Multicellular; Method of reproduction; Size; Structure
Malt agar
Live on dead organisms or matter
Live in or on another living organism causing harm
Possesses membrane-bound nucleus or organelles
Produces spores; Stores spores; Asexual reproduction
Rhizopus
Ringworm; Athlete’s foot; Potato blight; Thrush; Dry rot; Death cap
Saprophytic
Mycelium
Yeast for brewing or baking;
Agaricus campestris; Agaricus bisporus
Stolon; Rhizoids; Mycelium; Hyphae; Sporangium; Spores
Spores all develop from one parent; No gametes involved
Survival; Dispersal
Ash
Produces gametes; Sexual reproduction
Baking; Brewing
Recycling of nutrients and decay
Digestion; Absorption
Slide21CONGRATULATIONS
Please
CLICK
on
THIS BOX
for the Next Question
Slide22Q. State a function of the sporangium in fungi.
Anchors; Digestion; Absorption
Chloroplast
Keep populations under control; Natural selection
Fungi
Filament
Multicellular; Method of reproduction; Size; Structure
Malt agar
Live on dead organisms or matter
Live in or on another living organism causing harm
Possesses membrane-bound nucleus or organelles
Produces spores; Stores spores; Asexual reproduction
Rhizopus
Ringworm; Athlete’s foot; Potato blight; Thrush; Dry rot; Death cap
Saprophytic
Mycelium
Yeast for brewing or baking;
Agaricus campestris; Agaricus bisporus
Stolon; Rhizoids; Mycelium; Hyphae; Sporangium; Spores
Spores all develop from one parent; No gametes involved
Survival; Dispersal
Ash
Produces gametes; Sexual reproduction
Baking; Brewing
Recycling of nutrients and decay
Digestion; Absorption
Slide23CONGRATULATIONS
Please
CLICK
on
THIS BOX
for the Next Question
Slide24Q. Name a fungus, other than yeast, that you studied.
Anchors; Digestion; Absorption
Chloroplast
Keep populations under control; Natural selection
Fungi
Filament
Multicellular; Method of reproduction; Size; Structure
Malt agar
Live on dead organisms or matter
Live in or on another living organism causing harm
Possesses membrane-bound nucleus or organelles
Produces spores; Stores spores; Asexual reproduction
Rhizopus
Ringworm; Athlete’s foot; Potato blight; Thrush; Dry rot; Death cap
Saprophytic
Mycelium
Yeast for brewing or baking;
Agaricus campestris; Agaricus bisporus
Stolon; Rhizoids; Mycelium; Hyphae; Sporangium; Spores
Spores all develop from one parent; No gametes involved
Survival; Dispersal
Ash
Produces gametes; Sexual reproduction
Baking; Brewing
Recycling of nutrients and decay
Digestion; Absorption
Slide25CONGRATULATIONS
Please
CLICK
on
THIS BOX
for the Next Question
Slide26Q. State one way in which yeast is beneficial to humans.
Anchors; Digestion; Absorption
Chloroplast
Keep populations under control; Natural selection
Fungi
Filament
Multicellular; Method of reproduction; Size; Structure
Malt agar
Live on dead organisms or matter
Live in or on another living organism causing harm
Possesses membrane-bound nucleus or organelles
Produces spores; Stores spores; Asexual reproduction
Rhizopus
Ringworm; Athlete’s foot; Potato blight; Thrush; Dry rot; Death cap
Saprophytic
Mycelium
Yeast for brewing or baking;
Agaricus campestris; Agaricus bisporus
Stolon; Rhizoids; Mycelium; Hyphae; Sporangium; Spores
Spores all develop from one parent; No gametes involved
Survival; Dispersal
Ash
Produces gametes; Sexual reproduction
Baking; Brewing
Recycling of nutrients and decay
Digestion; Absorption
Slide27CONGRATULATIONS
Please
CLICK
on
THIS BOX
for the Next Question
Slide28Q. From what plant did you obtain the leaf yeast
Anchors; Digestion; Absorption
Chloroplast
Keep populations under control; Natural selection
Fungi
Filament
Multicellular; Method of reproduction; Size; Structure
Malt agar
Live on dead organisms or matter
Live in or on another living organism causing harm
Possesses membrane-bound nucleus or organelles
Produces spores; Stores spores; Asexual reproduction
Rhizopus
Ringworm; Athlete’s foot; Potato blight; Thrush; Dry rot; Death cap
Saprophytic
Mycelium
Yeast for brewing or baking;
Agaricus campestris; Agaricus bisporus
Stolon; Rhizoids; Mycelium; Hyphae; Sporangium; Spores
Spores all develop from one parent; No gametes involved
Survival; Dispersal
Ash
Produces gametes; Sexual reproduction
Baking; Brewing
Recycling of nutrients and decay
Digestion; Absorption
Slide29CONGRATULATIONS
Please
CLICK
on
THIS BOX
for the Next Question
Slide30Q. What are parasitic fungi?
Anchors; Digestion; Absorption
Chloroplast
Keep populations under control; Natural selection
Fungi
Filament
Multicellular; Method of reproduction; Size; Structure
Malt agar
Live on dead organisms or matter
Live in or on another living organism causing harm
Possesses membrane-bound nucleus or organelles
Produces spores; Stores spores; Asexual reproduction
Rhizopus
Ringworm; Athlete’s foot; Potato blight; Thrush; Dry rot; Death cap
Saprophytic
Mycelium
Yeast for brewing or baking;
Agaricus campestris; Agaricus bisporus
Stolon; Rhizoids; Mycelium; Hyphae; Sporangium; Spores
Spores all develop from one parent; No gametes involved
Survival; Dispersal
Ash
Produces gametes; Sexual reproduction
Baking; Brewing
Recycling of nutrients and decay
Digestion; Absorption
Slide31CONGRATULATIONS
Please
CLICK
on
THIS BOX
for the Next Question
Slide32Q. State a function of the zygospore in fungi.
Anchors; Digestion; Absorption
Chloroplast
Keep populations under control; Natural selection
Fungi
Filament
Multicellular; Method of reproduction; Size; Structure
Malt agar
Live on dead organisms or matter
Live in or on another living organism causing harm
Possesses membrane-bound nucleus or organelles
Produces spores; Stores spores; Asexual reproduction
Rhizopus
Ringworm; Athlete’s foot; Potato blight; Thrush; Dry rot; Death cap
Saprophytic
Mycelium
Yeast for brewing or baking;
Agaricus campestris; Agaricus bisporus
Stolon; Rhizoids; Mycelium; Hyphae; Sporangium; Spores
Spores all develop from one parent; No gametes involved
Survival; Dispersal
Ash
Produces gametes; Sexual reproduction
Baking; Brewing
Recycling of nutrients and decay
Digestion; Absorption
Slide33CONGRATULATIONS
Please
CLICK
on
THIS BOX
for the Next Question
Slide34Q. Give one way in which Rhizopus differs from yeast.
Anchors; Digestion; Absorption
Chloroplast
Keep populations under control; Natural selection
Fungi
Filament
Multicellular; Method of reproduction; Size; Structure
Malt agar
Live on dead organisms or matter
Live in or on another living organism causing harm
Possesses membrane-bound nucleus or organelles
Produces spores; Stores spores; Asexual reproduction
Rhizopus
Ringworm; Athlete’s foot; Potato blight; Thrush; Dry rot; Death cap
Saprophytic
Mycelium
Yeast for brewing or baking;
Agaricus campestris; Agaricus bisporus
Stolon; Rhizoids; Mycelium; Hyphae; Sporangium; Spores
Spores all develop from one parent; No gametes involved
Survival; Dispersal
Ash
Produces gametes; Sexual reproduction
Baking; Brewing
Recycling of nutrients and decay
Digestion; Absorption
Slide35CONGRATULATIONS
Please
CLICK
on
THIS BOX
for the Next Question
Slide36Q. Give two examples of a harmful fungus.
Anchors; Digestion; Absorption
Chloroplast
Keep populations under control; Natural selection
Fungi
Filament
Multicellular; Method of reproduction; Size; Structure
Malt agar
Live on dead organisms or matter
Live in or on another living organism causing harm
Possesses membrane-bound nucleus or organelles
Produces spores; Stores spores; Asexual reproduction
Rhizopus
Ringworm; Athlete’s foot; Potato blight; Thrush; Dry rot; Death cap
Saprophytic
Mycelium
Yeast for brewing or baking;
Agaricus campestris; Agaricus bisporus
Stolon; Rhizoids; Mycelium; Hyphae; Sporangium; Spores
Spores all develop from one parent; No gametes involved
Survival; Dispersal
Ash
Produces gametes; Sexual reproduction
Baking; Brewing
Recycling of nutrients and decay
Digestion; Absorption
Slide37CONGRATULATIONS
Please
CLICK
on
THIS BOX
for the Next Question
Slide38Q. Give a role, other than anchorage, for rhizoids.
Anchors; Digestion; Absorption
Chloroplast
Keep populations under control; Natural selection
Fungi
Filament
Multicellular; Method of reproduction; Size; Structure
Malt agar
Live on dead organisms or matter
Live in or on another living organism causing harm
Possesses membrane-bound nucleus or organelles
Produces spores; Stores spores; Asexual reproduction
Rhizopus
Ringworm; Athlete’s foot; Potato blight; Thrush; Dry rot; Death cap
Saprophytic
Mycelium
Yeast for brewing or baking;
Agaricus campestris; Agaricus bisporus
Stolon; Rhizoids; Mycelium; Hyphae; Sporangium; Spores
Spores all develop from one parent; No gametes involved
Survival; Dispersal
Ash
Produces gametes; Sexual reproduction
Baking; Brewing
Recycling of nutrients and decay
Digestion; Absorption
Slide39CONGRATULATIONS
Please
CLICK
on
THIS BOX
for the Next Question
Slide40Q. Which term describes the mode of nutrition of Rhizopus?
Anchors; Digestion; Absorption
Chloroplast
Keep populations under control; Natural selection
Fungi
Filament
Multicellular; Method of reproduction; Size; Structure
Malt agar
Live on dead organisms or matter
Live in or on another living organism causing harm
Possesses membrane-bound nucleus or organelles
Produces spores; Stores spores; Asexual reproduction
Rhizopus
Ringworm; Athlete’s foot; Potato blight; Thrush; Dry rot; Death cap
Saprophytic
Mycelium
Yeast for brewing or baking;
Agaricus campestris; Agaricus bisporus
Stolon; Rhizoids; Mycelium; Hyphae; Sporangium; Spores
Spores all develop from one parent; No gametes involved
Survival; Dispersal
Ash
Produces gametes; Sexual reproduction
Baking; Brewing
Recycling of nutrients and decay
Digestion; Absorption
Slide41CONGRATULATIONS
Please
CLICK
on
THIS BOX
for the Next Question
Slide42Q. What is the role of parasitic fungi in nature?
Anchors; Digestion; Absorption
Chloroplast
Keep populations under control; Natural selection
Fungi
Filament
Multicellular; Method of reproduction; Size; Structure
Malt agar
Live on dead organisms or matter
Live in or on another living organism causing harm
Possesses membrane-bound nucleus or organelles
Produces spores; Stores spores; Asexual reproduction
Rhizopus
Ringworm; Athlete’s foot; Potato blight; Thrush; Dry rot; Death cap
Saprophytic
Mycelium
Yeast for brewing or baking;
Agaricus campestris; Agaricus bisporus
Stolon; Rhizoids; Mycelium; Hyphae; Sporangium; Spores
Spores all develop from one parent; No gametes involved
Survival; Dispersal
Ash
Produces gametes; Sexual reproduction
Baking; Brewing
Recycling of nutrients and decay
Digestion; Absorption
Slide43CONGRATULATIONS
Please
CLICK
on
THIS BOX
for the Next Question
Slide44Q. Why is the reproduction associated with the sporangium of Rhizopus asexual?
Anchors; Digestion; Absorption
Chloroplast
Keep populations under control; Natural selection
Fungi
Filament
Multicellular; Method of reproduction; Size; Structure
Malt agar
Live on dead organisms or matter
Live in or on another living organism causing harm
Possesses membrane-bound nucleus or organelles
Produces spores; Stores spores; Asexual reproduction
Rhizopus
Ringworm; Athlete’s foot; Potato blight; Thrush; Dry rot; Death cap
Saprophytic
Mycelium
Yeast for brewing or baking;
Agaricus campestris; Agaricus bisporus
Stolon; Rhizoids; Mycelium; Hyphae; Sporangium; Spores
Spores all develop from one parent; No gametes involved
Survival; Dispersal
Ash
Produces gametes; Sexual reproduction
Baking; Brewing
Recycling of nutrients and decay
Digestion; Absorption
Slide45CONGRATULATIONS
Please
CLICK
on
THIS BOX
for the Next Question
Slide46Q. State a function of the gametangium in fungi.
Anchors; Digestion; Absorption
Chloroplast
Keep populations under control; Natural selection
Fungi
Filament
Multicellular; Method of reproduction; Size; Structure
Malt agar
Live on dead organisms or matter
Live in or on another living organism causing harm
Possesses membrane-bound nucleus or organelles
Produces spores; Stores spores; Asexual reproduction
Rhizopus
Ringworm; Athlete’s foot; Potato blight; Thrush; Dry rot; Death cap
Saprophytic
Mycelium
Yeast for brewing or baking;
Agaricus campestris; Agaricus bisporus
Stolon; Rhizoids; Mycelium; Hyphae; Sporangium; Spores
Spores all develop from one parent; No gametes involved
Survival; Dispersal
Ash
Produces gametes; Sexual reproduction
Baking; Brewing
Recycling of nutrients and decay
Digestion; Absorption
Slide47CONGRATULATIONS
Please
CLICK
on
THIS BOX
for the Next Question
Slide48Q. Name one structure in plant cells not found in fungi.
Anchors; Digestion; Absorption
Chloroplast
Keep populations under control; Natural selection
Fungi
Filament
Multicellular; Method of reproduction; Size; Structure
Malt agar
Live on dead organisms or matter
Live in or on another living organism causing harm
Possesses membrane-bound nucleus or organelles
Produces spores; Stores spores; Asexual reproduction
Rhizopus
Ringworm; Athlete’s foot; Potato blight; Thrush; Dry rot; Death cap
Saprophytic
Mycelium
Yeast for brewing or baking;
Agaricus campestris; Agaricus bisporus
Stolon; Rhizoids; Mycelium; Hyphae; Sporangium; Spores
Spores all develop from one parent; No gametes involved
Survival; Dispersal
Ash
Produces gametes; Sexual reproduction
Baking; Brewing
Recycling of nutrients and decay
Digestion; Absorption
Slide49CONGRATULATIONS
You’re Brilliant
Slide50Incorrect
Please
CLICK
on
THIS BOX to Try Again