Answer:
a. understanding how biotic and abiotic factors influence the size of groups of interbreeding individuals.
Explanation:
Several factors, such as abiotic and biotic factors can influence the size of any population of species interbreeding in any environment. Abiotic factors include the non-living components in the environment such as temperature, light, climate, nutrients, while biotic factors are the living components of an environment, such as food, fungi etc. Abiotic and biotic factors prevalent in an environment, places a limit to the population growth of any species of organism.
Therefore, the primary concern of population ecologists are understanding how these biotic and abiotic factors can limit the growth and size of the population of any organism species.
Hello!
Well, impressively but, as you can clearly see,the reason that all ants can lift so<span> much, or are very strong, is all because of their body size increases as a cube of length- while the cross sectional area of muscles increases as the square of length as seen.
By the way, as an extra fact, ants aren't only very strong, but extremely fast also! It is studied and estimated that </span><span>the average ant as known, can carry between 10 and 50 times its own </span>body weight!<span> and run at approximately 300 meters an hour, a rate of nearly 800 times its body length a minute!
Very impressive right?
</span>I Hope my answer has come to your Help. Thank you for posting your question here in Brainly. We hope to answer more of your questions and inquiries soon. Have a nice day ahead! :)
(Ps. Mark As Brainliest IF Helped!)
Answer:
A) radio waves
Explanation:
A police officer using radar for speed control is using radio waves.
Radio waves is one of the forms of electromagnetic radiations that are known.
- Radar is a detection system for spotting objects within its coverage.
- It is a non-ionizing radiation and safe radiation source.
- Radar generally belongs to the low energy part of the electromagnetic spectrum.
- They have large wavelength with very low frequency.
