Answer:
6 molecules of H2O
Explanation:
because in order for photosynthesis to happen you need to have 6 molecules of h2o
Answer:
24 molecules of h20
Explanation:
i got it right on edge
Posing scientific questions, using models to analyze situations, and selecting data are important skills in AP Chemistry. These practices can be applied to topics such as the origin of life on Earth and the active movement of molecules across membranes.
In science, particularly in Chemistry, students are often encouraged to pose scientific questions and use representations and models to analyze situations or solve problems. This is both a qualitative and quantitative practice. For instance, in studying the origin of life on Earth, students are able to pose scientific questions based on hypotheses and evaluate such questions.
Another example would be understanding the active movement of molecules across membranes. Here, models can be constructed to show the connection between this movement and membrane structure and function. Such a model would be useful in investigating whether dynamic homeostasis is maintained by this movement.
Lastly, selecting the right kind of data needed to answer scientific questions about how organisms respond to changes in their external environment is also a key skill. This justification can be based on experiments using different chemicals or conditions, such as AZ and DIDS in photosynthesis.
#SPJ2
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Hello friends,
Into the void: The word focus will come.
Achievements.
Answer:
vertical stratification of plants
Explanation:
vertical stratification is best explained as the vertical layering arrangements of vegetation in the rain forest habitat.
The vertical arrangement of trees is so significant to so many species in the forest because they are dependent on different vegetative layers. Each layer offers a distinct purpose to the habitat.
Answer:
vertically
Explanation:
The top layer of rock in a sedimentary bed is older than the bottom layer.
Fossilization depends on slow burial and exposure to large amounts of oxygen.
Global winds are caused by warm air rising near the equator and cold air sinking near the poles.
Answer:
D. Global winds rising near equator and cold air sinking near the poles
Explanation: