Answer:
Thoracic cage and vertebral column.
Explanation:
The bones of the head and the bones that make up the trunk of a vertebrate organism form the <em>axial skeleton. </em>
In the case of humans the axial skeleton consists of a total of 80 bones which are broadly organized into 6 parts:
1. Bones of the skull
2. Middle ear ossicles
3. Hyoid bone
4. Thoracic/rib cage
5. sternum
6. Vertebral column
Answer:
See below
Explanation:
Do encourage your friend or family member to seek professional help.
Don’t be critical of someone’s appearance. Even better, avoid commenting on a person’s weight or appearance at all.
Do show compassion and care, and listen to them non-judgmentally
Don’t get frustrated or annoyed by the person’s eating habits or try to force them to eat or not eat.
Do reiterate that eating disorders can be treated successfully.
Don’t try to guilt-trip the person into feeling bad about their behavior by focusing on how it’s affecting other people.
Do be patient. Eating disorders aren’t resolved overnight. People often take a while to change their behaviors . Try not to be upset if a person reverts to their disordered eating. Instead, encourage them to try again and to keep aiming for recovery.
Answer:
True
Explanation:
When we talk about fossils, we are referring to the remains of organisms that had once lived. These are traces of the organisms that existed in the distant past.
These fossil records help us to reconstruct plant and animal life in the past as well as their evolutionary processes, which can be either slow or rapid.
Fossil records reveal extinct species and help us to make sense of the evolutionary processes on earth.
<span>tubulin, the microtubule protein</span>
The correct answer is glycolysis.
Glycolysis is an anaerobic process of splitting a molecule of glucose (6 carbons) to 2 molecules of pyruvate (3 carbons each). Glycolysis does not require the presence of oxygen and will still produce energy, albeit lower than aerobic metabolism. In the absence of oxygen, fermentation can occur wherein pyruvate is further converted into lactate.
