Answer:
Gap hypothesis
Explanation:
This is because gap hypothesis states that the active fault displaces over a long period of time any part must be equal to what is experienced by all the other parts of the fault. These active fault that have fewer earthquakes at will present are mostly like to have stronger earthquakes in the Future.
Answer:
consumers:
- fox
- buzzard
- rabbit
- mouse
- titmouse
- grasshopper
- butterfly
- snake
- frog
- dragonfly
- greenfly
- ladybird
producers:
- plantain
- berries
- grasshopper
- rabbit
- mouse
- titmouse
- snake
- frog
- butterfly
- ladybird
- greenfly
- dragonfly
Explanation:
I might be super wrong lol take this with a grain of salt eheh
They are capable of dividing and renewing for Long periods of time They are unspecialized and they can give rise to speacialized cell types
Answer:
The main structural component of plant cell walls is cellulose which is a type of carbohydrate made up of a long chain of glucose molecules (a polysaccharide).
Explanation:
The plant cell walls are composed of cellulose, which is a structural carbohydrate made up of a long chain of glucose molecules (β linked D-glucose units). It is a polysaccharide like starch, but the starch molecule is flexible and the cellulose molecule is rigid. Each of these polysaccharide chains is connected together by hydrogen bonds. Microfibrils are formed by arranging some of these polysaccharide chains in parallel arrays. Due to the presence of hydrogen bonds, the microfibrils are extremely tough and inflexible. This property of cellulose provides strength and rigidity to the plant cell walls.
<span>Plantele fac alimente prin fotosinteză. Este amestecul de dioxid de carbon și apă care reacționează la lumină și clorofilă pentru a produce glucoză și oxigen. Glucoza poate fi transformată în amidon, grăsimi și uleiuri din motive de depozitare. Se intenționează să se creeze celuloză pentru pereții celulari și diverse contraens pentru reparații.</span>
