Answer:
Explanation:
The rights of the resource depends on the resource in question. For example, an abundant resource such as Air would be considered a birthright, and no one can actually hold the rights to it, also since it cannot be taken. On the other hand, limited resources such as water would fall under the rights of the landowner. Therefore, any and all land property rights in the country would apply to the body of water, limited to the boundaries of the land. Meaning that if a stream or body of water passes the individual's land it is also within the rights of the owner of the other piece of land in which the water passes through.
Answer:
At low Ts= Hopanoids increase membrane fluidity
At higher Ts= Hopanoids reduce the membrane fluidity
Explanation:
Bacterial membranes lack cholesterol but have hopanoids. Hopanoids are synthesized from the same precursor as the steroid. The hopanoids also have five fused ring structures like that of cholesterol. The amphipathic nature of hopanoids allows them to maintain the membrane fluidity under low and higher temperature conditions.
When the temperatures are higher, the hopanoids serve to reduce the membrane fluidity by their ability to interact with polar heads and non-polar tails of the membrane phospholipids. At lower temperatures, hopanoids insert themselves between the non-polar tails of phospholipids to increase the membrane fluidity.
Answer:
I------ Light dependent reaction takes place in Granum(a)
II----- Light independent cycle takes in stroma (b)
a------ Granum
b------- Stroma
2 -------- water
3------- Oxygen
4------ ATP
5----- NADPH
6------- CO₂ Carbon dioxide
7----- Glucose
8------- NADP
9------ ADP
10----- phosphate
Explanation:
Nonpolar and small polar molecules can<span> pass </span>through the cell membrane<span>, so they diffuse </span>across<span> it in response to concentration gradients. </span>Carbon dioxide<span> and </span>oxygen<span>are </span>two<span> molecules that undergo this simple diffusion </span>through<span> the </span>membrane<span>. The simple diffusion of water is known as osmosis.</span>