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How do you use a factor tree to find the prime factor of 36?
36 Divide by two. 18,2 Divide by two. 9,2,2 Divide by three. 3,3,2,2 Stop.
How do you use a factor tree to find the prime factorization of 81?
81 Divide by three. 27,3 Divide by three. 9,3,3 Divide by three. 3,3,3,3 Stop.
How do you use the prime factorization tree for 84?
84 42,2 21,2,2 7,3,2,2
How do you make a factor tree for 252 please list the steps?
252 Divide by two. 126,2 Divide by two. 63,2,2 Divide by three. 21,3,2,2 Divide by three. 7,3,3,2,2 Stop. All the factors are prime.
How do you find the diameter of a tree?
Wrap a string around the tree and measure the length. Divide the length by pi (~3.14159); that is an approximation of the diameter (if the tree really was cylindrical. Cut the tree down measure the stump.
Why do you think the bronchial tree segments are functionally separate regions in each lung?
Because the bronchial tree needs to divide the oxygen into diffrent parts of the lungs.
Why is the bronchial tree called the bronchial tree?
The bronchial tree is called so because its structure resembles that of a tree, with the main trachea branching out into smaller bronchi and bronchioles, similar to the branches of a tree extending from the trunk. This branching structure helps in distributing air to the lungs efficiently.
Hat is the smallest branches of the bronchial tree in a cat?
The smallest branches of the bronchial tree in a cat are bronchioles. These bronchioles are responsible for conducting air to and from the alveoli, where gas exchange occurs.
How do lungs look like trees?
Lungs have branching structures called bronchial tubes that resemble the branches of a tree. The bronchial tubes divide and become smaller, similar to how tree branches branch out into smaller twigs. This branching network in the lungs allows for efficient air distribution and gas exchange.
Which parts of the respiratory system divide into smaller and smaller tubes in a pattern that resembles the branches of a tree?
The bronchial tubes in the lungs divide into smaller branches known as bronchioles, which further subdivide into tiny air sacs called alveoli. This branching pattern resembles the structure of a tree, with the bronchial tubes acting as the trunk and the alveoli as the leaves where gas exchange occurs.
What makes up the bronchial tree?
The bronchial tree includes the trachea, bronchi, and bronchioles. Pimary Bronchi, Secondary Bronchi, Tertiary Bronchi, and Smaller Bronchi.
Which is the Airway connecting the larynx to the bronchial tree is?
Trachea
Why are the bronchial tree segments functionally separate in each lung?
The bronchial tree segments are functionally separate in each lung to maximize airflow distribution and optimize gas exchange. This segregation allows for efficient ventilation of all areas of the lung and helps to prevent the spread of infection or damage to one lung affecting the other. It also allows for better control of air distribution during inhalation and exhalation.
What branches out as it enters the lungs?
It's called the "bronchial tree".
What is the bronchial?
The term 'bronchial tree' refers to the inner workings of the lungs. It includes the bronchi, bronchioles, and alvioli, all of which are necessary for breathing.
Where would you look for a bronchial tree?
In the chest. It is the sum of all bronchial tissue from the start of the trachea to the last divisions in the lung before the alveoli.
What is the bronchial tree?
The bronchial tree is the "plumbing" of the lungs, tubes carrying air to and from the alveoli where oxygen and carbon dioxide exchange actually take place. It looks like tree with many branches of overlie and it help pass the oxygen in and the carbon dioxide out.
