five ways in which a membrane can deal with the materials are:
1. it keeps molecules out
2.allowing molecules to enter anytime.
3.sometimes it allow molecules at certain times.
4.hydrophobic molecules can go with ease because it can dissolve in the lipid bi layers.
5.large external materials can be taken by the cell through endoctytosis.
fats, oils, waxes made of C,H,O
EX: triglycerides, phospholipids, steroids, waxes <span>uses: long term energy storage </span>
structure of cell membrane
insulation
protects organs
more efficient energy storage than carbohydrates
<span>lipids are </span>non-polar
Monosaccharides -Simple sugars
Any of a number of plants, which are grown, generally in quantity, in flats or pots in a greenhouse or identical composition and, which are intended to be transplanted to a flower garden, window box, hanging basket, or another outdoor planter. The majority of bedding plants are annuals.
Examples of bedding plants are sweet peas, begonia, and geranium, busy Lizzie, rudbeckia, petunia, and others. The color of the foliage and flowers of the plants purchased is an essential element to consider at the time of purchasing bedding plants to attain a mass of landscape color.
Newton's First law of motion: An object at rest stays at rest and an object in motion stays in motion unless acted upon by an unbalanced force.
This is also known as the law of inertia
Anyways, you feel tossed around because unbalanced forces are acting upon you while riding on a roller coaster. Hope this helps!
Answer:
In high glucose-NADH and FADH2
In depletion case- NAD+ and FAD+2.
Explanation:
MCAD (Medium-chain acyl-CoA dehydrogenase) deficiency may be defined as inherited disorder in which the body's ability to breakdown the fat decreases and converting them in energy.
Excess glucose stores: The presence of excess glucose prevents the proton gradient to transfer electrons in the electron transport chain. This causes the buildup of NADH and FADH2.
Low energy state: This state needs ATP that decrease the carriers and causes the buildup of NAD+ and FAD+2.