A) Describe the 3 SCIENTIFIC principles of sustainability and discuss effects of ecological footprints (1-1-2)
The three scientific principles of sustainability are solar energy, chemical cycling, and biodiversity.
Solar energy: as the sun warms the earth it is providing energy that the plants are using for nutrients or the chemicals that are necessary for their life processes along with those of most other organisms.
Chemical cycling: the circulation of chemicals that are necessary for life from the environment through organisms and back to the environment. Because the earth only has a select amount and cant replenish them with new.
Biodiversity: the variety of genes organisms and species and ecosystems in which the organisms live in and interact. The interactions among species like the feeding relationship are providing vital natural services.
The
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Define matter and discuss matter change (2-1,-2) The nature of science are based on key principles and ideas which provide a description of science as a way of knowing as well as characteristics of scientific knowledge. It is also a human effort on how the physical world works by making observations and measurements and carrying out experiments.
Matter is a physical substance which occupies space and possesses rest mass especially as distinct from energy.
Matter is anything that takes up space and made up of tiny particles. It can come in different states such as solids, liquids, and gases. Matter uses different types of energy including heat which than can change matter. Matter can change states through freezing, melting, evaporation, and condensation. When the matter undergoes change there is no change in its chemical composition. When a chemical changes or a chemical reaction occurs there is change in the chemical composition with the substances involved. B) Define energy and discuss energy change. Explain what keeps organisms "alive"
Sustainability is the practice of running a business in such a way that it has no negative impact on the environment, community, or society (Spiliakos, 2018). The goal of sustainability should be to have a positive impact on the world and to demonstrate the positive impact that a company has on the environment and society.
Kinetic energy is moving energy and can be found through the equation KE=(½)mv². Energy is measured in the units of Joules or j. Potential energy is another form of energy that is energy that has the ability or potential to make matter move once it is released. Energy cannot be destroyed or created, rather is is transformed into other types of energy (for example kinetic to electrical). Mass is also another type of energy (mass energy) and it is just the mass of an object or the energy of being. Chemical changes cause atoms to be altered or changed while physical changes do not affect the chemical state of an object.
Sustainability is how you balance and maintain the environment, culture, and economy in your life. *** I can not believe I am saying this, but I do not really know what sustains me. I could say my boyfriend because I would have given up with my life if we had never met or I could say that my family sustains me. I feel like the only thing that has kept me going is the fear of failure and not knowing if I will ever live my life to the fullest. “...drink in the beauty and wonder at the meaning of what you see.”
Kinetic theory states that molecules are always in constant motion. Kinetic energy and molecule velocity increases as temperature increases. Reactions require collisions between reactant molecules or atoms. In chemical reactions, the reactants change into products when molecule collide with enough energy to break old bonds to make new ones. Collisions increase or become more violent between molecules at higher temperatures or decrease as the temperature is lowered.
Science has three assumptions about reality which are, the universe is composed of matter and energy, through experimentation the truth can be found, and that humanity is indifferent from nature (Brodd
REVISITING THE WEDNESBURY PRINCIPAL Back in sombre days of Nov. 1947 in seminal Wednesbury case, master of the rolls Lord Greene expounded the following classic public law principle: ‘… a person entrusted with a discretion must, as to speak, direct him properly in law. When a admin body went beyond four corners of the powers given to it from the legislative in applying discretion, the courts can strike down the same. This applied widely to administrative actions based on unrelevant considerations, actions which did not take note of relevant considerations or which are plain beyond the powers of the particular body. This was the conventional procedural ground on which the judicial review of the administrative discretion operated and the Wednesbury
Chapter one starts out by discussing objects and properties. It states that physical science is concerned with making sense out of the physical environment. The early stages are called, “search for sense”. This typically involve objects in the environment and things that can be seen or touched. This particular start of the chapter also talks about concept and how it is formed at an early age in life.
ASSESSMENT/AUDIT 1. Understanding of why it is important to measure sustainability and the associated problems and conflicts of different indicator sets and types Evidence – It is really difficult to find exact concept for measuring sustainability. For instance the measurement of life parameters is differ between different cultures and individuals. So, different solutions will be required to be found for many different communities. However; we should not assume that things we cannot measured easily is not important.
The 3 most message as to me 1. The concept of sustainability: the analogy of forestry by the speaker is the simplest and tactically interesting to get understand the concept of sustainability. The general idea about sustainability in the analogy is to keep the existence of the forest. It is not the only means to protect the forest without cutting any tree. It is also very important to make some cuts but in the manageable way.
Why biodiversity is important It is the founding block of most of the vast array of ecosystem services that play an important role in the well-being of humanity, and natural ecosystem in general. Besides, biodiversity helps to maintain the ecosystem in balance. That is, recycling and storage of nutrients, combating pollution, stabilizing climate, forming and protecting the soil. Moreover, it provides medicines and pharmaceuticals, food for the human and animal population.
Early theory states that matter is made up of small particle which is called atoms. The word atom come from Greek word atmos, which means indivisible. Previous the matter was considering to be able to divided into any small quantity. The process of improvement represents the best known at that time was not the truth. Development of an idea clarification through testing which is shown more understanding of fundamental
Sustainability What is sustainability? “Sustainability refers to how biological systems remain diverse and productive. Long-lived and healthy wetlands and forests are examples of sustainable biological systems.” Sustainability is used everywhere from residential homes all the way to big businesses. its main objectives of sustainable design are to “reduce, or completely avoid, depletion of critical resources like energy, water, and raw materials.”
The word science comes from the Latin scientia, which means knowledge. The beauty and usefulness of science is that it seeks to measure and describe reality without personal, religious, or cultural bias. For something to be considered scientifically proven, it has to pass exhaustive scrutiny, and even then is always subject to future revision. Inevitably human biases creep in, but the pursuit of science itself is intrinsically an evolving quest for truth. But then quantum mechanics turned much of this lauded objectivity on its head, as the role of the observer became inseparable from the observed quantum effect.
Furthermore, the three pillars of sustainable development, economics, social and
Sustainability, that is a word that is thrown around all over now in days, but what does it actually mean? It has become a buzzword in modern culture. There are many forms of sustainability. Economic, Social, Human, Agriculture, Environmental, etc... The list just goes on and on with everyone having a different definition for it.