Our food is our energy. When we eat food, we need to digest it and the eaten food, once digested, serves as our energy that we use up for daily needs. If we eat too much food, it will be store and we will become overweight over time. If we don't eat enough, we will lose weight because we're not getting enough energy in our bodies, so our bodies cannot get enough energy from the food eaten, so it looks elsewhere for stored energy - our fat and muscle cells.
#1 HELP HER EVERY TIME NO MATTER WHAT YOUR FEELINGS ARE IT IS YOUR JOB! but still get it done with as efficiently and quickly as possible.
#2 she is a soccer player who has fractured her shin. You can wrap a cast around the patient's shin, give her crutches to use and give orders to keep the foot at rest.
#3 It is her decision, a patient has the right to refuse treatment. what you should do is try to convince her to recieve treatment but respect her decision.
#4 Discuss the risks with the patitent and see if they still wan to follow through with the surgery. once you have discussed the risk and the if patient agrees to the surgery, have them sign the consent form.
Answer:
Numerous examples of this human-induced contemporary evolution have been reported in a number of 'contexts', including hunting, harvesting, fishing, agriculture, medicine, climate change, pollution, eutrophication, urbanization, habitat fragmentation, biological invasions and emerging/disappearing diseases.
The tertiary consumer will receive 500 calories.
<u>Explanation:</u>
Calories produced by the producer = 500,000
The flow of energy through different trophic levels is 10%
After producer comes the primary consumer followed by secondary consumer followed by tertiary consumer.
Energy reached to primary consumer = 
= 50000 calories
Energy reached to secondary consumer = 
= 5000 calories
Energy reached to tertiary consumer = 
= 500 calories
Therefore, the tertiary consumer will receive 500 calories.
<span>Fast and accurate DNA replication is extremely vital since this method builds an exact duplicate of DNA that needs to move into one of the two daughter cells during the time when a cell splits. If replication doesn't take place, each cell cannot have sufficient genetic fabric that sends the signal for producing essential proteins for specialized body functions.</span>
