Hi ma'am Leonalyn, sa no. 14 po, I think letter E po ang sagot kasi ang requirement Natural-Born Filipino Citizen. Yung Naturalized Filipino kasi is although, considered sya as Filipino Citizen, pero hindi siya Natural-Born. Yung letter B po kasi, ang pagkaka alam ko, during the tenure po yung hindi pwedeng may ibang employment siya. Yan po is tumutukoy sa previous employment and Non Governmental din naman piananggalingan niya (Private Sector) Own opinion ko lang po ito.hehe. Thank you po 😊
Same sa no. 14 po my answer is E. A naturalized Filipino The Constitution of the Philippines states that only natural-born Filipino citizens are eligible to be appointed as members of the CHR. Therefore, a naturalized Filipino would not meet this requirement.
【Explanation】: The question relates to the environmental impact of pollutants like sewage, detergent, and fertilizers on aquatic ecosystems. These substances can lead to eutrophication, a process where water bodies become overly enriched with minerals and nutrients, which induces a dense growth of plant life and death of animal life from lack of oxygen. 1. Marine organisms competing for oxygen is a direct consequence of eutrophication. As algae and other aquatic plants grow rapidly, they consume a lot of oxygen, especially at night or when they die and decompose, leaving less available for marine animals. 2. Marine plants producing less oxygen would not be a typical consequence of the initial stages of eutrophication. In fact, in the early stages, there might be an increase in oxygen production during the day due to increased photosynthesis from the rapid growth of algae and other aquatic plants. However, as the eutrophic conditions worsen, decomposing biomass consumes oxygen, potentially leading to hypoxic conditions. 3. Most organisms dying of oxygen deprivation is a potential outcome of severe eutrophication. As decomposing plant material uses up oxygen in the water, aerobic organisms may die off due to insufficient oxygen. 4. Plants dying can occur but is more related to the blocking of sunlight by a thick layer of algae on the surface of the water, which would prevent underwater plants from photosynthesizing. 5. Sunlight cannot penetrate into the water is a direct consequence of a dense algal bloom on the surface, which can prevent sunlight from reaching deeper water, impacting the ability of aquatic plants to photosynthesize. Given these considerations, the EXCEPTION to the consequences of water pollution by sewage, detergent, and fertilizers is the statement that "Marine plants will produce less oxygen." While this might occur in the later stages due to a lack of sunlight beneath algal blooms, initially, the rapid growth of algae can actually increase oxygen production during daylight hours through photosynthesis. However, the critical factor in understanding this exception is recognizing that the increased production of oxygen during daylight does not mitigate the overall negative impacts of eutrophication, such as oxygen depletion during the night and the eventual death of marine organisms due to lack of oxygen. 【Answer】: 2
Ans: 2 Explanation The question relates to the environmental impact of pollutants like sewage, detergent, and fertilizers on aquatic ecosystems. These substances can lead to eutrophication, a process where water bodies become overly enriched with minerals and nutrients, which induces a dense growth of plant life and death of animal life from lack of oxygen. 1. Marine organisms competing for oxygen is a direct consequence of eutrophication. As algae and other aquatic plants grow rapidly, they consume a lot of oxygen, especially at night or when they die and decompose, leaving less available for marine animals. 2. Marine plants producing less oxygen would not be a typical consequence of the initial stages of eutrophication. In fact, in the early stages, there might be an increase in oxygen production during the day due to increased photosynthesis from the rapid growth of algae and other aquatic plants. However, as the eutrophic conditions worsen, decomposing biomass consumes oxygen, potentially leading to hypoxic conditions. 3. Most organisms dying of oxygen deprivation is a potential outcome of severe eutrophication. As decomposing plant material uses up oxygen in the water, aerobic organisms may die off due to insufficient oxygen. 4. Plants dying can occur but is more related to the blocking of sunlight by a thick layer of algae on the surface of the water, which would prevent underwater plants from photosynthesizing. 5. Sunlight cannot penetrate into the water is a direct consequence of a dense algal bloom on the surface, which can prevent sunlight from reaching deeper water, impacting the ability of aquatic plants to photosynthesize. Given these considerations, the EXCEPTION to the consequences of water pollution by sewage, detergent, and fertilizers is the statement that "Marine plants will produce less oxygen." While this might occur in the later stages due to a lack of sunlight beneath algal blooms, initially, the rapid growth of algae can actually increase oxygen production during daylight hours through photosynthesis. However, the critical factor in understanding this exception is recognizing that the increased production of oxygen during daylight does not mitigate the overall negative impacts of eutrophication, such as oxygen depletion during the night and the eventual death of marine organisms due to lack of oxygen.
No 4 is B. Marine plants will produce less oxygen. While pollution from sewage, detergents, and fertilizers leads to eutrophication, resulting in oxygen depletion and the death of marine organisms and plants, marine plants typically do not produce less oxygen as a direct response. Instead, the excessive nutrients cause algal blooms, which can initially increase oxygen production during the day but lead to massive oxygen depletion at night when decomposition of dead algae consumes oxygen. The overall issue is more related to oxygen consumption than production.
#SolvingMathWithLeonalyn. Ma'am good pm po, Ma'am alam ko po ito po itatanong ko ay wala ata sa Video niyo ngayon,kaya pasensya na po gusto ko lang po matuto, sana po mapansin niyo.Dito na po ako Nag comment para mabasa niyo agad kaya pasensya na po. Sa Abstract Reasoning po Ma'am pakisuyo po, Curious lang po, pwede niyo po ba kaming turuan yung pinakamabilis na Technique para makita po agad namin yung Pattern?baka sakaling matagalan po kami sa time sa pag analyze, yun pa po ang pahirap sa amin. kasi yung Time parang napakabilis. Kaya sana po maturuan niyo po kami sa pinakamabilis na paraan para malaman po namin agad yung Tamang sagot,Sana po magawaan po ninyo yun ng Content.Salamat po ulit, God Bless Po
Problem; In a group, the ratio of Doctors to Lawyers is 10:8. If the total number of People in the group is 144. What is the number of Lawyers in the group
ang galing niyo mag explain maam...napaka talino niyo po
Hi ma'am Leonalyn, sa no. 14 po, I think letter E po ang sagot kasi ang requirement Natural-Born Filipino Citizen. Yung Naturalized Filipino kasi is although, considered sya as Filipino Citizen, pero hindi siya Natural-Born. Yung letter B po kasi, ang pagkaka alam ko, during the tenure po yung hindi pwedeng may ibang employment siya. Yan po is tumutukoy sa previous employment and Non Governmental din naman piananggalingan niya (Private Sector) Own opinion ko lang po ito.hehe. Thank you po 😊
Same sa no. 14 po my answer is
E. A naturalized Filipino
The Constitution of the Philippines states that only natural-born Filipino citizens are eligible to be appointed as members of the CHR. Therefore, a naturalized Filipino would not meet this requirement.
Makakapasa na ako ma'am dahil po sa inyo galing nyu po mg explain thank you po ❤❤❤
salamat maam sa imong mga video well explained kaayu..in gods perfect time maka pasa sana ako.
hi Ma'am Leonalyn proud aloranon here tnx s pagshare s imng knowledge for us God bless u Ma'am
Gudevening po mam
Salamat po Maam sa video mo😊❤🙏
Feeling nako mam leonalyn makapasar nako tungud sa imung mga videos Claiming🙏🙏🙏
Hello po Ma’am Gandang gabi po
sana lumabas ito sa next exam
Good evening
ung No.12 itanong natin kay Mayor ng Bamban Tarlac..hehe
Thanks mam Leonalyn
Thank you po ma'am
Thank you po
【Explanation】: The question relates to the environmental impact of pollutants like sewage, detergent, and fertilizers on aquatic ecosystems. These substances can lead to eutrophication, a process where water bodies become overly enriched with minerals and nutrients, which induces a dense growth of plant life and death of animal life from lack of oxygen.
1. Marine organisms competing for oxygen is a direct consequence of eutrophication. As algae and other aquatic plants grow rapidly, they consume a lot of oxygen, especially at night or when they die and decompose, leaving less available for marine animals.
2. Marine plants producing less oxygen would not be a typical consequence of the initial stages of eutrophication. In fact, in the early stages, there might be an increase in oxygen production during the day due to increased photosynthesis from the rapid growth of algae and other aquatic plants. However, as the eutrophic conditions worsen, decomposing biomass consumes oxygen, potentially leading to hypoxic conditions.
3. Most organisms dying of oxygen deprivation is a potential outcome of severe eutrophication. As decomposing plant material uses up oxygen in the water, aerobic organisms may die off due to insufficient oxygen.
4. Plants dying can occur but is more related to the blocking of sunlight by a thick layer of algae on the surface of the water, which would prevent underwater plants from photosynthesizing.
5. Sunlight cannot penetrate into the water is a direct consequence of a dense algal bloom on the surface, which can prevent sunlight from reaching deeper water, impacting the ability of aquatic plants to photosynthesize.
Given these considerations, the EXCEPTION to the consequences of water pollution by sewage, detergent, and fertilizers is the statement that "Marine plants will produce less oxygen." While this might occur in the later stages due to a lack of sunlight beneath algal blooms, initially, the rapid growth of algae can actually increase oxygen production during daylight hours through photosynthesis. However, the critical factor in understanding this exception is recognizing that the increased production of oxygen during daylight does not mitigate the overall negative impacts of eutrophication, such as oxygen depletion during the night and the eventual death of marine organisms due to lack of oxygen.
【Answer】: 2
Ans: 2
Explanation
The question relates to the environmental impact of pollutants like sewage, detergent, and fertilizers on aquatic ecosystems. These substances can lead to eutrophication, a process where water bodies become overly enriched with minerals and nutrients, which induces a dense growth of plant life and death of animal life from lack of oxygen.
1. Marine organisms competing for oxygen is a direct consequence of eutrophication. As algae and other aquatic plants grow rapidly, they consume a lot of oxygen, especially at night or when they die and decompose, leaving less available for marine animals.
2. Marine plants producing less oxygen would not be a typical consequence of the initial stages of eutrophication. In fact, in the early stages, there might be an increase in oxygen production during the day due to increased photosynthesis from the rapid growth of algae and other aquatic plants. However, as the eutrophic conditions worsen, decomposing biomass consumes oxygen, potentially leading to hypoxic conditions.
3. Most organisms dying of oxygen deprivation is a potential outcome of severe eutrophication. As decomposing plant material uses up oxygen in the water, aerobic organisms may die off due to insufficient oxygen.
4. Plants dying can occur but is more related to the blocking of sunlight by a thick layer of algae on the surface of the water, which would prevent underwater plants from photosynthesizing.
5. Sunlight cannot penetrate into the water is a direct consequence of a dense algal bloom on the surface, which can prevent sunlight from reaching deeper water, impacting the ability of aquatic plants to photosynthesize.
Given these considerations, the EXCEPTION to the consequences of water pollution by sewage, detergent, and fertilizers is the statement that "Marine plants will produce less oxygen." While this might occur in the later stages due to a lack of sunlight beneath algal blooms, initially, the rapid growth of algae can actually increase oxygen production during daylight hours through photosynthesis. However, the critical factor in understanding this exception is recognizing that the increased production of oxygen during daylight does not mitigate the overall negative impacts of eutrophication, such as oxygen depletion during the night and the eventual death of marine organisms due to lack of oxygen.
❤❤❤❤
pasali po sa gc mu Ma'am..Thank you and God Bless
Lumabas sa civil service exam Yung question number 4
gdpm sir, ano po sagot sa no. 4? alam po ba ninyo?
E. Po
No 4 is B. Marine plants will produce less oxygen.
While pollution from sewage, detergents, and fertilizers leads to eutrophication, resulting in oxygen depletion and the death of marine organisms and plants, marine plants typically do not produce less oxygen as a direct response. Instead, the excessive nutrients cause algal blooms, which can initially increase oxygen production during the day but lead to massive oxygen depletion at night when decomposition of dead algae consumes oxygen. The overall issue is more related to oxygen consumption than production.
Hehehe
#SolvingMathWithLeonalyn.
Ma'am good pm po, Ma'am alam ko po ito po itatanong ko ay wala ata sa Video niyo ngayon,kaya pasensya na po gusto ko lang po matuto, sana po mapansin niyo.Dito na po ako Nag comment para mabasa niyo agad kaya pasensya na po.
Sa Abstract Reasoning po
Ma'am pakisuyo po, Curious lang po, pwede niyo po ba kaming turuan yung pinakamabilis na Technique para makita po agad namin yung Pattern?baka sakaling matagalan po kami sa time sa pag analyze, yun pa po ang pahirap sa amin. kasi yung Time parang napakabilis. Kaya sana po maturuan niyo po kami sa pinakamabilis na paraan para malaman po namin agad yung Tamang sagot,Sana po magawaan po ninyo yun ng Content.Salamat po ulit, God Bless Po
💞🙏🙏🙏🙏🙏
mam leonalyn makisuyo po ako pamember nman po ako ng GC mo po pls, ty po
Hello po. Gusto kong magjoin sa private group mo po. Can you help me?
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Panu po sumali s private group maam?
panu sumali sa private group
Problem;
In a group, the ratio of Doctors to Lawyers is 10:8. If the total number of People in the group is 144. What is the number of Lawyers in the group
8
64
pwede po ba send din ako mam.
PA sali po sa private group ma'am
TUTORIAL PO ULIT HOW TO CALCULATE ALGEBRA PO
Message ka po sa fb page na Free Reviewers Managed by Leonalyn... kung ano yung gusto mong pasagutan. thanks
@@MsLeonalynTayonepaano po mkapasok ma'am sa private group?
Sa math ka nalang po magturo mam parang dika sigurado po eh😊tas para kang nag seself study lang
Of course teacher needs to study
E
Hi po maam... pwede po ba maka sali ponif you have gc on csc review.. or can i ask for your messenger po.. thank you
Thanks po.
Thank you mam