Answer:
62°F (17°C) to -60°F (-51°C) at the tropopause.
Answer:
Special characteristics adapted by specific animals allow them to carry out unique abilities in order to survive. For instance, a cheetah's long tail helps it balance when running at rapid speed in order to hunt. Or an arctic woolly bear caterpillar is able to be frozen and fill it's body with an antifreeze hormone that allows it to survive temperatures below freezing.
homeostasis. Active transport requires energy to move molecule against a
concentration gradient. What type of energy is used in active transport?
A) Radiant energy
B) Glucose
C) Carbon
D) ATP
B. changing the activity of the acylcarnitine shuttle
C. targeting the acetyl-CoA transport shuttle in the mitochondrial membrane
D. altering the activity of the oxidoreductase enzymes in β-oxidation
Answer:
The correct statements are A negative feed back regulation if free fatty acid accumulate C targeting the acetyl CoA transport shuttle in the mitochondrial membrane
Explanation:
The beta oxidation of fatty acid can be regulated by several following ways.
A The accumulation of free fatty acids exerts negative feedback during beta oxidation of fatty acids.As oxidation of fatty acids result in the breakdown of complex fatty acids in free fatty acids and acetyl CoA,the accumulation of free fatty acids lowers the rate of beta oxidation of fatty acid.
C The targeting of end product of beta oxidation that is acetyl CoA to the mitochondrial membrane also regulates the beta oxidation pathway.Because more the transport of acetyl CoA to the mitochondrial membrane more will be the rate of fatty acid break down by beta oxidation.
b. False
Answer:
b.True
Explanation:
Yes it is true that chimps are closely related to human.
Chimps ,bonobos and gorillas have same genetic and biochemical function like humans.That is why they are also called human ancestor.Some of chimps could able to transfer their body according to the environment and slowly slowly become human,but some of them could not able to transfer their body and they are still chimps.
Answer: Sensory neuron
The information in neural transmission which always travels in one direction in the neuron first goes through the sensory neuron
Explanation:
The sensory neuron transmits impulses from the sensory cell or receptor towards the central nervous system (spinal cord and brain). From there they are relayed to the intermediate neuron, before being transferred to the motor neuron that brings about a response.
See the chart below
Sensory neuron ----> Intermediate neuron ----> Motor neuron
In neural transmission, information first goes through the dendrite of a neuron, converting chemical signals into electrical impulses. These impulses then travel to the axon and finally, the axon terminals. The unidirectional flow of these signals ensure clear and constant transmission of messages.
The information in neural transmission that always travels in one direction in the neuron first goes through the dendrite. The dendrites are specialized to receive chemical signals from the synaptic cleft which are then converted into electrical signals.
From there, the electrical impulses (or action potentials) flow through the neuron, to the axon and finally to the axon terminals, where the signal is ready to be transmitted to the next neuron via neurotransmitters.
This unidirectional flow of information ensures that messages are transmitted in a clear and consistent manner throughout the neural network.
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