Vampire squid can turn itself inside to prevent itself from predators.
It can also camouflage itself for the same
They use sensory filaments to find the food
Mimic octopus display white and black stripes.
It can mimic other aquatic creatures like flatfishes and lionfish to trick its predators
Toadfish possess light emitting cells
They make loud noises to call off the predators.
They also have venomous spines
Treehopper can camouflage in every type of environment of a forestland
The answers would be:
Layer D
Layer C
Layer B
Layer A
Layer E
Fault F
If you'd like to know why, here's more about the question:
The law of superpo sition states that the lower the layer, the older the rock is.
Looking at the layers alone, we can say that D is the oldest, and C would be next, so on and so forth.
The law of cross - cutt ing relationships, on the other hand, states that a geologic event, like a fault, is younger than the layer that it goes through.
So if we look at the figure given, the fault goes through all the layers, so we can say that it is younger than all the layers.
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The answer is B. This is because baby dolphins, when born, can't really comprehend a lot of things yet, so they, and the more adult dolphins there, try to get to the surface of the ocean to take a breath. :D I hope I helped!
Cells are very different but have similar properties
If CO2 was in very small amounts then it would be the limiting factor of photosynthesis, this means the process will take place at a much slower rate because it is lacking one of the raw materials it needs for the process to occur. To find the optimum light intensity you really need all other factors to be at optimum levels or in abundance.
