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dba matalino yung anime character na profile pic mo? char haha Godbless po You do not have permission to view the full content of this post.
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Future development for physical education, exercise science and sports is going to be very fast and wide.
In today's modern era, our life style that is full of gadgets, internet, social media and passive activities, tendency toward drug addiction, has become a challenging. It is very difficult to stay fit and healthy in both the ways physically and mentally.
For holistic development of kid, student and adults, sports and other physical activities have been proposed for a very long time. Like Olympic Games, Chess are very ancient games. In addition, modern games like cricket, football, badminton, and hockey are organised by big federations like FIFA, ICC etc.
Now YOGA is an international physical activity, which is advised to be performed every day to stay active, healthy and mentally alert with great peace & high level of concentration.
Governments of all the countries are more concerned about the health & modern health problems of people. They are planning about such physical activities at large scale at school and college levels.
Therefore, we can say that in future, there is a lot to be done in the field of physical education & sports like making such activities compulsory for every student or for everyone to participate. So that a good and healthy nation and hence a healthy world can be made. Sports, physical education and meditation can help people to stay away from drugs, depression and other mental and physical health problems. So future development is tremendously high for such activities.
In today's modern era, our life style that is full of gadgets, internet, social media and passive activities, tendency toward drug addiction, has become a challenging. It is very difficult to stay fit and healthy in both the ways physically and mentally.
For holistic development of kid, student and adults, sports and other physical activities have been proposed for a very long time. Like Olympic Games, Chess are very ancient games. In addition, modern games like cricket, football, badminton, and hockey are organised by big federations like FIFA, ICC etc.
Now YOGA is an international physical activity, which is advised to be performed every day to stay active, healthy and mentally alert with great peace & high level of concentration.
Governments of all the countries are more concerned about the health & modern health problems of people. They are planning about such physical activities at large scale at school and college levels.
Therefore, we can say that in future, there is a lot to be done in the field of physical education & sports like making such activities compulsory for every student or for everyone to participate. So that a good and healthy nation and hence a healthy world can be made. Sports, physical education and meditation can help people to stay away from drugs, depression and other mental and physical health problems. So future development is tremendously high for such activities.
yohanezakura15
Enthusiast
salamat po
Question: Describe events that served as catalysts for the growth of physical education, exercise science, and sport and events that served as deterrents to the growth of physical education, exercise science, and sport throughout history.
Answer:
The events that served as a catalyst to the growth of Physical education, exercise science, and sports include the discovery of the importance of sports and physical activities to humans and human characteristics. Also, how the public embraced sports as a form of entertainment and competition when television was invented also are one of the reasons why physical education and sports science has grown and developed exponentially.
On the other hand, the events that slowed down the development of physical education, sports science and includes global events such as wars and other catastrophic events such as calamities and natural disasters. For a while, the focus of the public was diverted to more important matters such as safety and survival. So, the interest towards sports or sports media somehow declined. As a result, the studies to develop and further improve this specific field was not focused and was temporarily deterred.
Throughout history, sports have played a variety of important functions in society as a form of recreation; preparation for war or the hunt; or later, as a substitute for war. Sports have undergone many changes; some have stayed much the same, while others have adapted with the times. New sports are always being invented and developed in each era like Sports In Ancient Times, Medieval Sports, Industrial Revolution and 20th Century
One of the most significant developments is the growth of televised sports. Sports will continue to change and develop in the future as technology progresses. The standard of sports has continued to be influenced by social change, commercialization, media, sponsorship, government, and education.
Answer:
The events that served as a catalyst to the growth of Physical education, exercise science, and sports include the discovery of the importance of sports and physical activities to humans and human characteristics. Also, how the public embraced sports as a form of entertainment and competition when television was invented also are one of the reasons why physical education and sports science has grown and developed exponentially.
On the other hand, the events that slowed down the development of physical education, sports science and includes global events such as wars and other catastrophic events such as calamities and natural disasters. For a while, the focus of the public was diverted to more important matters such as safety and survival. So, the interest towards sports or sports media somehow declined. As a result, the studies to develop and further improve this specific field was not focused and was temporarily deterred.
Throughout history, sports have played a variety of important functions in society as a form of recreation; preparation for war or the hunt; or later, as a substitute for war. Sports have undergone many changes; some have stayed much the same, while others have adapted with the times. New sports are always being invented and developed in each era like Sports In Ancient Times, Medieval Sports, Industrial Revolution and 20th Century
One of the most significant developments is the growth of televised sports. Sports will continue to change and develop in the future as technology progresses. The standard of sports has continued to be influenced by social change, commercialization, media, sponsorship, government, and education.
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PHC - JamCol
Forum Veteran
https://www.Çℎḙḡḡ.com/homework-help...igate-growth-decay-things-interest--q61229899
Pa help po ulit lods. Maraming salamat po. God bless po.
Pa help po ulit lods. Maraming salamat po. God bless po.
One of the "local" models is a slow decrease of a temperature of a hot body down to room temperature. For example, the pot with reducing water chills off after the warmer is killed.
The actual law depicting this cycle of cooling seems like this:
The speed of cooling of a hot item is corresponding to a distinction in temperature between the cooling body and climate, expecting that the climate is sufficiently enormous to assimilate the warmth without truly changing its own temperature.
As such, the cooling is quicker if the distinction in temperatures between the item and the climate is more prominent and the speed of cooling decreases to zero as the temperature of a hot article slowly reduces to a temperature of a climate
Here is the motivation behind why it prompts remarkable rot.
Let the temperature of a hot body is an element of time K(t) , while the temperature of the climate is consistent K0
The contrast between the temperature of a body and a climate is
K(t)−K0.
The speed of cooling is, clearly, a subordinate of a capacity
K ( t ) by time t , that is
K(t)
or on the other hand
dK (t) /dt
.
The actual law of changing the temperature of a cooling body referenced above now resembles
dK(t) /dt = − α[ K(t) − K0]
where
α
is some coefficient and a less sign is utilized on the grounds that we accept that the temperature
K(t)
is higher than that of a climate
K0
, yet it's lessening, accordingly the subordinate is negative, and we might want to have a steady
α
as some sure consistent that portrays actual properties of the climate (like how well it carts away the warmth from a hot item).
Fundamentally, what we have above is a differential condition (material science, as you probably are aware, is about differential conditions).
Its answer is
K(t) = e − α t + K0
Surely, the subordinate of this capacity
K(t)
is
dK(t) /dt = − α e-αt
Be that as it may
e− αt = K (t ) −K 0
.
Accordingly,
d K ( t ) /d t = − α [ K ( t ) − K 0 ]
also, our differential condition is fulfilled.
Thus, the way toward cooling of a pot after the warmth is off is a genuine case of a dramatic rot.
The actual law depicting this cycle of cooling seems like this:
The speed of cooling of a hot item is corresponding to a distinction in temperature between the cooling body and climate, expecting that the climate is sufficiently enormous to assimilate the warmth without truly changing its own temperature.
As such, the cooling is quicker if the distinction in temperatures between the item and the climate is more prominent and the speed of cooling decreases to zero as the temperature of a hot article slowly reduces to a temperature of a climate
Here is the motivation behind why it prompts remarkable rot.
Let the temperature of a hot body is an element of time K(t) , while the temperature of the climate is consistent K0
The contrast between the temperature of a body and a climate is
K(t)−K0.
The speed of cooling is, clearly, a subordinate of a capacity
K ( t ) by time t , that is
K(t)
or on the other hand
dK (t) /dt
.
The actual law of changing the temperature of a cooling body referenced above now resembles
dK(t) /dt = − α[ K(t) − K0]
where
α
is some coefficient and a less sign is utilized on the grounds that we accept that the temperature
K(t)
is higher than that of a climate
K0
, yet it's lessening, accordingly the subordinate is negative, and we might want to have a steady
α
as some sure consistent that portrays actual properties of the climate (like how well it carts away the warmth from a hot item).
Fundamentally, what we have above is a differential condition (material science, as you probably are aware, is about differential conditions).
Its answer is
K(t) = e − α t + K0
Surely, the subordinate of this capacity
K(t)
is
dK(t) /dt = − α e-αt
Be that as it may
e− αt = K (t ) −K 0
.
Accordingly,
d K ( t ) /d t = − α [ K ( t ) − K 0 ]
also, our differential condition is fulfilled.
Thus, the way toward cooling of a pot after the warmth is off is a genuine case of a dramatic rot.
PHC - JamCol
Forum Veteran
Wow. Maraming salamat po ulit lods. Godbless.
Ans 2) The first plants to colonize land were mosses (bryophytes). They were followed by liverworts (also bryophytes) and primitive vascular plants—the pterophytes—from which modern ferns are derived.
The completion of the bryophyte and pterophyte life cycle requires water because the male gametophyte releases *****, which must swim—propelled by their flagella—to reach and fertilize the female gamete or egg.
After fertilization, the zygote matures and grows into a sporophyte, which in turn will form sporangia or “spore vessels.” In the sporangia, mother cells undergo meiosis and produce the haploid spores. Release of spores in a suitable environment will lead to germination and a new generation of gametophytes.
In seed plants, the evolutionary trend led to a dominant sporophyte generation, and at the same time, a systematic reduction in the size of the gametophyte: from a conspicuous structure to a microscopic cluster of cells enclosed in the tissues of the sporophyte.
Whereas lower vascular plants, such as club mosses and ferns, are mostly homosporous (produce only one type of spore).
All seed plants, or spermatophytes, are heterosporous. They form two types of spores: megaspores (female) and microspores (male).
Megaspores develop into female gametophytes that produce eggs, and microspores mature into male gametophytes that generate *****.
Because the gametophytes mature within the spores, they are not free-living, as are the gametophytes of other seedless vascular plants.
Heterosporous seedless plants are seen as the evolutionary forerunners of seed plants.
Seeds and pollen—two critical adaptations to drought, and to reproduction that doesn’t require water—distinguish seed plants from other (seedless) vascular plants. Both adaptations were required for the colonization of land begun by the bryophytes and their ancestors.
Pollen and seed were innovative structures that allowed seed plants to break their dependence on water for reproduction and development of the embryo, and to conquer dry land.
Ps - A positive rating would be highly appreciated
Thanks
The completion of the bryophyte and pterophyte life cycle requires water because the male gametophyte releases *****, which must swim—propelled by their flagella—to reach and fertilize the female gamete or egg.
After fertilization, the zygote matures and grows into a sporophyte, which in turn will form sporangia or “spore vessels.” In the sporangia, mother cells undergo meiosis and produce the haploid spores. Release of spores in a suitable environment will lead to germination and a new generation of gametophytes.
In seed plants, the evolutionary trend led to a dominant sporophyte generation, and at the same time, a systematic reduction in the size of the gametophyte: from a conspicuous structure to a microscopic cluster of cells enclosed in the tissues of the sporophyte.
Whereas lower vascular plants, such as club mosses and ferns, are mostly homosporous (produce only one type of spore).
All seed plants, or spermatophytes, are heterosporous. They form two types of spores: megaspores (female) and microspores (male).
Megaspores develop into female gametophytes that produce eggs, and microspores mature into male gametophytes that generate *****.
Because the gametophytes mature within the spores, they are not free-living, as are the gametophytes of other seedless vascular plants.
Heterosporous seedless plants are seen as the evolutionary forerunners of seed plants.
Seeds and pollen—two critical adaptations to drought, and to reproduction that doesn’t require water—distinguish seed plants from other (seedless) vascular plants. Both adaptations were required for the colonization of land begun by the bryophytes and their ancestors.
Pollen and seed were innovative structures that allowed seed plants to break their dependence on water for reproduction and development of the embryo, and to conquer dry land.
Ps - A positive rating would be highly appreciated
Thanks
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