Answer:
Tertiary structure
Explanation:
Tertiary structure can be described as the overall three-dimensional structure of the protein. Interactions between amino acid side chains (R-groups of amino acids) in protein determine its tertiary structure. These interactions play an important role in stabilizing 3-D protein structure and they involve: ionic bonds, hydrogen bonds, van der Waals interactions, covalent bonds, and hydrophobic interactions.
All living things are organized into groups by scientists as they are identified. ... Overall, the reason scientists classify living things is to understand the relationships between different organisms. So I would say the answer will be to organize them and speak about them accurately. Hope this helps!
<span>d. none of the above</span><span>
Water table aquifers are the saturated part of the upper soil profile that is found above a confining layer. The saturated soil is made up of sand or gravel making the water very easy to withdraw. The said confining layers can be represented by bedrock layers or clay-rich soil layers. These impede downwards up to the infiltrated water resulting to a saturated soil condition caused by the rainfall entering the soil above the confining layer.</span>
Answer:
I think it is the first one
Answer:
C. mucous membrane, smooth muscle, and fibrous connective tissue.
Explanation:
The tube that connects the kidney to the urinary bladder is known as the ureter, it carries urine and is located in the abdomen (upper half) and the pelvic area (lower half).
Its wall has three layers:
- Outer layer: known as the fibrous coat, is made of fibrous connective tissue.
- Middle layer: is made of smooth muscle, therefore is known as the muscular coat
- The inner layer: known as the mucosa, is made of transitional epithelium and it secretes mucus.
Considering this information we can conclude that the correct answer is C. mucous membrane, smooth muscle, and fibrous connective tissue.
I hope you find this information useful and interesting! Good luck!