Answer:
2no(g)+ci2(g)-2noci(g) he performs three experiments using different concentrations and measures the initial reaction rate experiment / [ci2](mol/l) / [no](mol/l) / initial rate ((mol/l)/s) 1,2,3 / 0.3, 0.3, 0.6 / 0.4, 0.8, 0.8 / 0.02, 0.08, 0.16 a. which two experiments should you compare to find the rate order of ci2? b. what is the rate order of ci2? c. which two experiments should you compare to find the rate order of no? d. what is the rate order of no? e. what is the overall reaction order of this reaction? f. write the rate law. g. solve for k
<span> cells maintain homeostasis as they are living things. The main way cells maintain homeostasis is through their cell membranes. Cell membranes protect the cell from the outside world, if there is too much of something in the cell, the cell membrane uses pockets to expel some of it, it trasports nutrients across the cell, and it also dictates what goes in and out of the cell. Those are some ways a cell maintains homeostasis. And all living things must maintain homeostasis</span><span>: <span>Regulate intracellular ion control (e.g. maintain very specific [Ca^2+] levels)
Regulate extracelluar to intracellular ion transport. E.g. for maintaining water and blood pressure via the kidneys.
Regulate metabolism, for temperature control (e.g. in brown adipose tissue).
Regulate transcription and translation, for hormone release and
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Answer:
The correct answer is - Option C. Leaf cells will have more chloroplasts because most food is made in the leaves.
Explanation:
Leaf cells have more chloroplasts in comparison to the rest of the parts of the plant as they majority of chloroplasts are found in the leaves of the plant due to the fact that these chloroplasts work together to sustain the plant and the production of the food by the process of photosynthesis.
Leaves are green normally as they contain the green pigment called chlorophyll found in the chloroplast which traps the sunlight and helps in the production of the glucose and that moves to various parts of the plant.
