Answer:
Alright, sure thing.
Explanation:
Grizzly bears, like black bears, eat a lot of vegetation, but they also eat more meat than their cousins. Grizzly bears hunt deer, elk, moose, and bison regularly, along with fish like salmon and trout. When meat is not available, they prefer to eat wild beans, nuts, grass, and tubers (a thickened underground part of a stem).
1. They are both storms.
2. They are both natural disasters.
3. They both involve wind.
4. They are both catastrophic events.
5. They can both cause destruction.
Keep on thinking things like this, I hope these 5 help! :)
Organisms that digest molecules in organic material and convert them into inorganic forms are called decomposers. They are classified as heterotrophic since they use organic substances in obtaining the energy and nutrients they need to survive. They are organisms that are responsible for breaking down decaying organisms into simple molecules in order to bring these back to the biogeochemical cycles into the ecosystem. In the food chain, they are the last step. Examples of these decomposers are fungi, snails and some insects. These organisms do not have an internal digestive organs since the the organic substrates undergo biochemical reactions only.
Answer:
a. Elongation rate of the core polymerase
Explanation:
The chemical added to the E. coli made it stop it's full length production of mRNAs but instead short nucleotide transcript because the chemical targeted the elongation rate of the polymerase enzyme.
Answer: The Calvin Cycle
Explanation: The Calvin cycle involves the reduction of carbon( in this case CO2) to carbohydrates. This process requires reduction power and chemical energy which is provided by NADPH and ATP respectively, both generated from the light reaction. Thus, it is the Calvin cycle that produces sugar but it can do so only with the help of NADPH and ATP. The metabolic steps of the Calvin cycle are sometimes referred to as “dark reaction” because none of the steps requires light directly. Nevertheless, the Calvin cycle in most plants occurs during daylight, for only then can the light reaction regenerate NADPH and ATP spent in the reduction of CO2 to sugar.