Woman walks in a straight line towards the north pole. In the morning the sun is in the east.
At night the sun is in the west therefore the man is walking to the south pole.
Equator is the termed as the line of latitude.
A line of longitude is known as the vertical lines which are parallel to the prime meridian.
Answer:
The correct answer would be a. autotrophs.
Autotrophs, also called producers are the organisms which are able to produce complex organic compounds such as fats, proteins and carbohydrates from simpler substances present in the environment.
They are of two types based on their source of energy:
Photoautotrophs: These are the organisms which use sunlight as the source of energy in order to produce organic compounds.
For example, green plants synthesize their own food (glucose) from carbon dioxide with the help of sunlight and chlorophyll. Oxygen is released as the byproduct. The overall process is termed as photosynthesis (photo meaning photon or light energy).
Chemoautotrophs: They get energy from electron donor compounds such as sulfur, hydrogen sulfide et cetera.
The answer A. autotrophs
Answer:
by bonding with the neurotransmitter and changing its molecular weight and shape
Explanation:
Here is the complete question:.
Which of the following is NOT one of the ways discussed in the text that drugs can interfere with synaptic transmission?
A) by blocking a receptor site and preventing the neurotransmitter from acting
B) by mimicking a particular neurotransmitter and producing the same effect
C) by increasing the length of time a neurotransmitter remains in the synaptic gap, strengthening its effects
D) by bonding with the neurotransmitter and changing its molecular weight and shape
The answer is
D. by bonding with the neurotransmitter and changing its molecular weight and shape
Answer:
gorilla :)
Explanation:
Using the data from the table, the species with the fewest amino acid differences compared to humans would be the species most closely related to humans. This concept is used in evolutionary biology to determine phylogenetic relationships between species.
In biology, one method used to determine the relatedness between species is by comparing the number of differences in amino acid sequences. Species with fewer differences are considered to be more closely related. Hence, using the data from the table, the species with the fewest amino acid differences compared to humans would be the species most closely related to humans. For example, if the table shows Chimpanzees with 2 differences and Gorillas with 3 differences, the Chimpanzees would be considered the species most closely related to humans given that they have the fewest amino acid differences. This concept is utilized within evolutionary biology to determine phylogenetic relationships between different species.
#SPJ11
B.a month
C.hundreds of years
D.a year
Mature hardwood trees would appear in the process of secondary succession over hundreds of years. This is due to the slow growth of these trees and the time it takes for the ecosystem to become established enough for them to thrive.
In the process of secondary succession, mature hardwood trees would be expected to appear within the timescale of hundreds of years. This is because secondary succession is the series of community changes which take place on a previously colonized, but disturbed or damaged habitat.
Examples include areas which have been cleared of existing vegetation such as after a fire. Early stages of succession involve grasses and shrubs, with larger plants and trees appearing as the ecosystem gradually recovers. The introduction of mature hardwood trees is usually one of the final stages of this ecological succession, as these species grow slowly and require a more established ecosystem to thrive.
#SPJ2
b. Translation may not take place.
c. Future transcription will not take place.
d. Ribosomes may be destroyed.
I thought it was A, but again it was incorrect, Can someone help me find the correct answer and the reasoning behind it.
Answer:
b. Translation may not take place.
Explanation:
DNA transcription into RNA is the starting point for all phenotypic expression. As in replication, access to DNA is mediated by the interaction between proteins and certain regions strategically placed in relation to the segment to be transcribed; and it also requires helicases that denature the double strand to allow the "reading" of the nucleotide sequence by polymerases. But RNA polymerases, enzymes that perform transcription, use only one of the DNA strands as a template, allowing them to pair again at the end of the process; therefore, the end product of the transcription, or primary transcript, is a single-stranded messenger RNA molecule.
Although it is rare, messenger RNA can have errors. These errors are less harmful than the errors that occur in DNA, but they can prevent the translation from occurring later.