Question

question 6 (1 point)
what level of ecology is defined as:
2 or more biotic factors that live together in the same area
○ a individual
○ b population
○ c ecosystem
○ d community

question 7 (1 point)
in one of our do now’s there was a picture.... its the highest resolution photo of __________ ever taken.
blank 1: text box

question 8 (0 points)
*** extra credit question**
list the steps it takes energy to go from the sun to the turkey inside a turkey sandwich.

Explanation:

Question 6

• Option a: An individual is a single organism, not multiple biotic factors. Eliminate.
• Option b: A population is a group of the same species, not multiple biotic factors (different species or living components). Eliminate.
• Option c: An ecosystem includes biotic and abiotic factors, not just biotic factors. Eliminate.
• Option d: A community is defined as two or more different species (biotic factors) living together in the same area. This matches the definition.

Without the specific "DO NOW" picture reference, a common high - resolution photo topic in science (especially astronomy or biology) could be "a virus" (like the highest - resolution photo of a virus, e.g., SARS - CoV - 2 or other viruses) or "a star" or "a cell". But if we consider common classroom materials, a likely answer is "a virus" (for example, the highest - resolution image of a virus particle). However, since the exact context is from a specific "DO NOW" in a class, if we assume a common science class context, a possible answer is "a virus" (or other specific subjects like "the Sun", "a bacterium", etc. But given the blank, a common one is related to microscopic or celestial objects. If we take a biology - related context, "a virus" is a strong candidate.

Step 1: Sun's Energy to Plants

The sun emits light energy. Plants (producers) use this light energy in the process of photosynthesis. During photosynthesis, plants convert light energy into chemical energy (stored in glucose, $C_6H_{12}O_6$). The reaction for photosynthesis is $6CO_2 + 6H_2O\xrightarrow[chlorophyll]{light}C_6H_{12}O_6+6O_2$.

Step 2: Plants to Herbivores (or Omnivores that Eat Plants)

Herbivores (or omnivores that consume plants) eat the plants. The chemical energy stored in the plant's glucose (and other organic compounds) is transferred to the herbivore. The herbivore digests the plant material, and the energy from the plant's organic matter is used for the herbivore's life processes (growth, movement, etc.) and is also stored in the herbivore's body tissues.

Step 3: Herbivores to Turkey (if Turkey is an Omnivore or Carnivore Eating Herbivores)

If the turkey is an omnivore or carnivore, it may eat the herbivore (or plants directly if it's an omnivore). The energy stored in the herbivore's (or plant's) tissues is transferred to the turkey. The turkey digests the food, and the energy from the consumed organisms is used for the turkey's growth, maintenance, and other metabolic processes. The energy is stored in the turkey's body tissues (including the meat that will be in the sandwich).

Step 4: Turkey to Sandwich

The turkey is slaughtered, and the meat is used to make a turkey sandwich. The energy that was stored in the turkey's body tissues is now part of the sandwich, and when a person eats the sandwich, that energy will be available for the person's metabolic processes. But the question is about the steps to get energy from the sun to the turkey in the sandwich, so we stop at the turkey's body having the energy.

Answer:

d. Community

Question 7