![toricarter00](/avatars/9143.jpg)
toricarter00
08.07.2019 •
Biology
Some archaea contribute to population in global warming with the release of what
Solved
Show answers
More tips
- S Style and Beauty How to Properly Apply Eye Makeup: Tips from a Professional Makeup Artist...
- A Animals and plants How ants survive winter: exploring the secrets of their winter life...
- F Food and Cooking Discover How to Properly Prepare Dough for Rasstegai...
- P Philosophy Unidentified Flying Object - What is the Nature of this Phenomenon?...
- F Family and Home Protect Your Home or Apartment from Pesky Ants...
- O Other What is a Disk Emulsifier and How Does it Work?...
- F Family and Home What does a newborn need?...
- F Family and Home Choosing the Right Car Seat for Your Child: Tips and Recommendations...
- F Food and Cooking How to Get Reconfirmation of Registration?...
- C Computers and Internet How to Get Rid of Spam in ICQ?...
Ответ:
Answer . There are a couple ways the average person can help with global warming. You can plant trees, (planting four is the equivalent to taking 100,000 car's carbon dioxide off the road for a year!) You can buy energy efficient light bulbs, (produces a lot less carbon dioxide, doesn't get as hot, is brighter and saves you cash!) You can buy an energy efficient car, (some diesel cars run on vegetable oil!) Turn off those lights, (don't forget to unplug them as well, or they will waste the same amount of carbon dioxide as if they were on!). If you have a pool don't heat it in the summer, (let Mother Nature do it for you.)Buy foods from your state or country, (the cars transportation your food won't waste as much carbon dioxide.. These are just a few of the ways you can do your part to stop global warming..
Ответ:
B. The bacteria would be relatively evenly distributed along the algal filaments.
Explanation:
A) There would be no difference in results.
B) The bacteria would be relatively evenly distributed along the algal filaments.
C) The number of bacteria present would decrease due to an increase in the carbon dioxide concentration.
D) The number of bacteria present would increase due to an increase in the carbon dioxide concentration.
E) The number of bacteria would decrease due to a decrease in the temperature of the water.
When different segments of light was used, largest groups of aerobic bacteria were found in the red and blue regions of light because these regions have been reported to be best efficient for photosynthesis and thus, oxygen production.
If the experiment is repeated without separating the light segment, one would expect a somehow uniform distribution of aerobic bacteria growth along the algal segment since the different light segments in white light are uniformed distributed.
The correct option is B.