Answer:
Conservative Properties of Seawater
Explanation:
The Conservative properties of seawater refer to those properties that cannot be altered due to the occurrence of physical, chemical and biological processes, over the large oceanic bodies. This typically comprises properties such as the temperature and also there is a high concentration of both sodium and chloride ions, which increases the salinity of the oceans.
These conservative properties occur in almost a fixed amount, or it most probably changes at a very slower rate through time. They can be considered to have a long residence time.
Answer:
aռsաɛʀ: ɢɛռɛs aʀɛ tɦɛ ʊռɨts օʄ ɦɛʀɛɖɨtʏ aռɖ aʀɛ tɦɛ ɨռstʀʊċtɨօռs tɦat ʍaҡɛ ʊք tɦɛ ɮօɖʏ's ɮʟʊɛքʀɨռt. tɦɛʏ ċօɖɛ ʄօʀ tɦɛ քʀօtɛɨռs tɦat ɖɛtɛʀʍɨռɛ ʋɨʀtʊaʟʟʏ aʟʟ օʄ a քɛʀsօռ's ċɦaʀaċtɛʀɨstɨċs. ɦʊʍaռs ɦaʋɛ aռ ɛstɨʍatɛɖ 35,000 ɢɛռɛs.
ċօʀʀɛċt ʍɛ ɨʄ ɨʍ աʀօռɢ (-_^)
Answer:
The answer is B
Explanation:
The answer is B because representative particles can only be atoms.
The penetrating power of alpha rays, beta rays, and gamma rays varies greatly. Alpha particles can be blocked by a few pieces of paper. Beta particles pass through paper but are stopped by aluminum foil. Gamma rays are the most difficult to stop and require concrete, lead, or other heavy shielding to block them.
