Draw a food chain showing the relationships between these organisms, indicating the direction of the flow of energy. Which organism is at the top of this food chain? Calculate the standing crop biomass in each trophic level (C = A × B).
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- Draw a food chain showing the relationships between these organisms, indicating the direction of the flow of energy.
- Which organism is at the top of this food chain?
- Calculate the standing crop biomass in each trophic level (C = A × B).
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- Arthrepeds Nematodes Athropods Binds Nematodes Plants Pretea Aimal Bacteria In the food web the amount of matter A) remains constant. B) remains unstable. is all converted to heat. D) increases with each trophic level cells the mitation will be passed onto the organism's offspring1. Which organism have the most supply of energy? 2. Which has the least amount of energy? 3. Why is there a decrease of the amount of energy as we go up the food pyramid? 4. Where did the energy go due to losses? 5. Which among the organism in example 2 (food web) receives the least amount of energy? (except decomposers).1.) Which of the food chains below fit the food web in the diagram? a). Grass - cow - man - decomposers b). decomposers - grains - pig - man c). Man- chicken - grains d). Grass - decomposers - grains 2.) Which organism has the greatest amount of energy? 3.) Which has the least amount of energy? 4.) Which in the least is/are indispensable in the cycling of materials? 5.) Which in the list is/are not important in the cycling of materials? 6.) Which item (s) in the list would be the cheapest yet the best source of nutritional needs in poor countries?
- Termite guts hosts a wide variety of microorganisms: bacteria, archaea and various protists exhibiting diverse ways of acquiring their nutritional needs. Which of the following modes of feeding is NOT found in the termite guts? O Chemotrophs O Heterotrophs rd O Photoautotrophs O Parasites O DecomposersThe position of an organism along a food chain is known as its.__________ locus location trophic level microcosm(d) One cup of the algae above stores 43 calories of energy. There happens to be 6,750,000 cups of algae available in the area that the seal lives in. Knowing that one cup equals 128 grams, and the seal must consume 7500 calories per day... ) Calculate how much energy would be transferred to the seal if all of the energy in the algae population available in that area made its way to the seal through the food web above. (ii) Assume the seal consumes its daily calories per day. Describe how many days the seal would be able to live off of the energy transferred to it by the algae.
- “The pyramid of energy is always upright” states that A)The energy conversion efficiency of herbivores is better than carnivores. B)The energy conversion efficiency of carnivores is better than herbivores C)Producers have the lowest energy conversion efficiency D)Energy conversion efficiency is the same in all trophic levelsIn the below food chain, Bubonic plague, which spread through mice, killed millions of Europeans during Middle Ages. The bacteria Yersinia pestis kills the infected mice also. Predict how the death of mice affects its prey and predators in the food chain and the ecosystem? 1 1 The grasshopper eats the plants 4 The eagle eats the snake 5 3 Food Chain 2 The mouse eats the grasshopper 5 When the eagle dies, fungi break down the body and turn them into nutrients 4 3 The snake eats the mouseAn organism is able to live well in its environment because of special characteristics called * a) Abiotic factors B) Biotic factors C)Aggregates D)Adaptations
- Spermatogenesis is the process by which sperm develop and mature. Which of the following sequences correctly describes the anatomical path of spermatozoa from formation to ejaculation? prostate, vas deferens, testes, urethra testes, urethra, prostate, vas deferens prostate, urethra, testes, vas deferens testes, vas deferens, prostate, urethra O O O O8. Create a food web using the following food chains Berries to Deer to Black bear Algae to Salmon to Black bear Algae to Squid to Blue shark to Humans 9. Create a Food pyramid using the terms produces and consumers along with organisms from #8. Explain the energy transfer 10. Tom goes to Max's Bistro and orders the Blue shark, which gives him 2 kCal of energy. How much energy, on average, would have been necessary in the algae plants to sustain Tom's meal? Explain how you got your answer.We have seen that energy is essential for life on earth. All organisms need energy to maintain their cellular processes. There are two basic ways of generating energy de novo, at the base of food webs. Describe the two primary ways that autotrophic organisms generate energy, including the original source of energy and the primary organisms that carry out each process.