Answer:
UUU
Explanation:
A codon is a sequence of three nucleotide bases in a mRNA molecule that specifies an amino acid. During the process of translation, the mRNA strand is read in a group of three nucleotides at a time. A type of RNA called transfer RNA (tRNA) posseses in its structure another group of triplet nucleotides called ANTICODON, which is complementary to the sequence of bases in the mRNA codon.
The tRNA anticodon recognizes and binds to the particular mRNA codon it is complementary to in order to carry the amino acid it specifies to the growing polypeptide chain In this case, the mRNA codon reads AAA. This means that the anticodon on the tRNA that will bind to this codon is UUU.
Answer:
1st one
Explanation:
Answer:
would increase, population, and chances of getting more food for survival.
Explanation:
By the increase in secondary consumers, that would give more food and energy and the ease of finding food for the tertiary consumers, which will give more energy for activities and therefore sexual activity can no longer be lacking the energy barrier, and due to that the population of tertiary consumers increases, eventually leading to the same effect and increase in Quaternary consumers.
How do you feel about the results of this activity? Were you surprised? Why or why not?
The results of an activity or experiment can either prove or disprove the initial hypothesis. Also, if they disprove the initial idea or hypothesis they are surprising.
In any activity or experiment, the results are always related to the first idea or hypothesis. In this way, the results can:
For example, if the initial idea is "Plants require 10 ml of water to survive" by the end of the experiment you will understant if this is true or if it is false.
Moreover, if the results do not match your initial idea, then they can be classified as revealing and surprising.
Note: This question is incomplete because the activity is not included; however, I answered this question based on general knowledge.
Learn more in: brainly.com/question/10349874
Answer:
What activity
please update the ?
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.
#SPJ
Describe the disease malaria and its precautions​
Answer:
Malaria is a parasite transmitted by mosquitoes that invades the red blood cells, creating fevers, chills & sweating after a couple weeks of being bit.
Explanation:
Precautions you can take to avoid this would be to apply insect repellent on clothing/skin, using a mosquito net & spraying pyrethrin or other insecticides in your room before heading to bed.
Answer:
It allows rapid conduction of water from one vessel element to the next.
Explanation:
Vessels are one of the two types of conducting cells of xylem. Vessels are made of vessel elements. Vessel elements are the individual cells with perforation plates. The perforation plates have large holes (perforations). Perforation plates of adjacent vessel elements allow easier conduction of water from one vessel element to the next.
The perforated end walls of vessel elements allow these conducting cells to conduct water more readily than tracheids. Stacking of vessel elements with perforated end walls make the vessel like a water pipe through which water is being readily conducted.