Since plasma cells make your antibodies, they need to produce a lot of protein. Also because the nucleus makes a lot of products to make proteins you need a large Golgi Body. How ER's relate to this: to do protein synthesis you need ribosomes and to have ribosomes you need the rough ER!
Answer:
The correct option is<em> A. Active transport moves substances against the concentration gradient.</em>
Explanation:
Active transport can be described as a transport mechanism in which molecules tend to move against the concentration gradient i.e from an area of lower concentration to an area of higher concentration. Energy is needed for this process to occur.
Facilitated diffusion can be described as a phenomenon is which molecules move along the concentration gradient i.e from a higher concentration to a lower concentration with the help of trans- membrane integral proteins
Answer:
The correct answer is :
1. many times
2. absorbs more than paper towels.
3. It absorbs any extra water that is around.
Explanation:
mosses are non-vascular plants in the land plant division Bryophyta. They are little herbaceous plants that retain water and other nutrients with the help of their leaves and uses carbon dioxide and daylight to make food by photosynthesis. The sphagnum cells are very thin wall cells with enormous depressions or cavities which is uses as is to retain and ship water
Thus, the correct answer is :
1. many times
2. absorbs more than paper towels.
3. It absorbs any extra water that is around.
Answer: Option C.
The origin that vastus medialis and vastus lateral is share is LINEA ASPERA OF THE FEMUR.
Explanation:
Vastus medialis and vastus lateralis muscles are part of quardriceps muscle group found on the thigh.
Vastus medialis is the most inner and medial of quadriceps and its extend the the leg at the knee while vastus lateralis muscles is said to be the most powerful quadriceps and extend the knee joint to stabilize the leg.
Vastus medialis and vastus lateral is share the same origin which is lines aspera of the femur.
