The centripetal and centrifugal forces that impact Greek and Turkish Cypriots include the following:
- They both use the same currency.
- The same system of government.
- They both experienced financial crisis.
- They practice different religions.
- Segregation by the United Nations (UN) buffer zone.
- The influence of colonization by Great Britain (British).
Based on historical records, Cyprus was made up of two main tribes (Greeks and Turks) that were each identified by their mother countries before the influence of colonization by Great Britain (British).
<h3>What is a centripetal force?</h3>
In Political geography, a centripetal force can be defined as the attitude that unifies the people living within a country and it keeps the country together by stabilizing and strengthening it.
<h3>What is a centrifugal force?</h3>
A centrifugal force can be defined as the attitudes or forces that divides the people living within a country.
The centripetal forces that impact Greek and Turkish Cypriots include the following:
- They both use the same currency.
- The same system of government.
- They both experienced financial crisis.
Furthermore, the centrifugal forces that impact Greek and Turkish Cypriots include the following:
- They practice different religions.
- Segregation by the United Nations (UN) buffer zone.
- The influence of colonization by Great Britain (British).
Read more on centrifugal forces here: brainly.com/question/2242946
Answer:
estimated CEC for given hypothetical soil is 26.25 meq/100g.
Explanation:
Average CEC in smectite = 62.5 meq/100g. Since it ranges from(25-100 meq/100g)
Average CEC in kaolinite = 10 meq/100g.
Average CEC in organic matter = 325meq/100g.
Range(250-400 meq/100g).
Estimated CEC for given soil will be,
= 26.25 meq/100g.
Because of the sound waves that can travel through walls. Our ears are very intelligent and can process many sounds. Light rays are different though, because objects can block them because the light rays are not as strong as the sound waves.
Answer:
Star
Explanation:
Reflexive Motion is caused by the gravitational pull that the planet exerts on its parent <u>star</u>
- <em>As an exoplanet orbits its parent star, it exerts a reflex motion on the star (caused by the gravitation pull of the planet on the star). This causes the position of the host star to oscillate with each orbital period of the planet</em>