Answer:
Answers. Using the given measurements of both figures, set up a proportion that has the corresponding parts in the same position. Then solve the proportion using cross products to find the value for the unknown. Then, cross multiply to solve for x, and that sound give the missing measure.Answers. Using the given measurements of both figures, set up a proportion that has the corresponding parts in the same position. Then solve the proportion using cross products to find the value for the unknown. Then, cross multiply to solve for x, and that sound give the missing measure.Answers. Using the given measurements of both figures, set up a proportion that has the corresponding parts in the same position. Then solve the proportion using cross products to find the value for the unknown. Then, cross multiply to solve for x, and that sound give the missing measure.Answers. Using the given measurements of both figures, set up a proportion that has the corresponding parts in the same position. Then solve the proportion using cross products to find the value for the unknown. Then, cross multiply to solve for x, and that sound give the missing measure.Answers. Using the given measurements of both figures, set up a proportion that has the corresponding parts in the same position. Then solve the proportion using cross products to find the value for the unknown. Then, cross multiply to solve for x, and that sound give the missing measure.
Explanation:
cause i no
Correct me if I am wrong but I believe it’s option 1 and 2
Answer: I would say its probably A I'm not sure but that might be it
Explanation:
The synapses that are nearer to the axon hillock would bring the initial segment closest to the threshold based on spatial summation.
<h3>What is neuron synapsis?</h3>
In neurosciences, the term synapsis makes reference to the connection between two nerve cells (neurons).
Synapsis is produced by the connection between axons and dendrites among different neurons.
Spatial summation refers to the start (trigger) of the action potential in neurons via two or more presynaptic cells.
Learn more about neuron synapsis here:
brainly.com/question/26387085
Approximately 1,000 to 30,000 years old
