How should an organization balance its resources between pursuing its primary mission for existence and striving to meet social responsibility goals?

Answer:

The main reason for the existence of an organization is to generate profits, but it is increasingly required through the legal and social obligation that companies are not only profitable entities, but promoters of the well-being and development of society.

Therefore, the balance between the resources for its financial goals and objectives and social responsibility goals will be achieved through the adoption of processes that include environmental and social management as an integral and important part of the general administration, which is not an exclusion for generation profitability, but a tool that will help achieve organizational goals and objectives.

Environmental and social management through certifications, programs and management systems, provides policies and procedures that help companies reduce their costs, eliminate waste, improve productivity, generate stakeholder satisfaction and several other benefits that promote continuous improvement and consequently the improvement in the company's positioning in the market.

Mark Brainliest Please

Answer:

When you talk about a balance, it assumes that the two are mutually exclusive. Social (and ecological) responsibility can drive economical results. However, not when you use the traditional Anglo-Saxon (Anglo-American) business model.

You need a different business model that starts with behavioural science and as a result, respect and dignity for the employees and the environment.

Truly LEAN organisations, like Toyota, but in the past also WireMold (until they were bought by a French company) create spectacular results BECAUSE they take good care of their employees and they reduce the ecological impact BECAUSE they reduce waste and energy consumption on a daily basis. You don’t need to use the LEAN methodology to be successful. Look at Alcoa’s former CEO, the late Paul O’Neil. When he took over, Alcoa was in deep trouble. Instead of focusing on higher profits, he announced a plan to make Alcoa the safest smelting company in the world. The employees felt heard and they started making Alcoa safer, and in the process, better. Fatalities dropped to an all time low and since the employees had changed old and dangerous ways of working with safer and more efficient methods, the company made record profits.

There are many companies that boast about being LEAN, but since the underlying business model (culture) is still traditional, they never achieve their real potential. Some (out of many) reasons that traditional organisations never achieve their real potential is that they:

Use traditional cost accounting, which completely counteracts many LEAN principles and leading to over production, inventory, quality v.s. quantity struggles, etc..
The second one is that Wall Street killed long term thinking. The pressure to meet the quarterly dividend expectations automatically favours short term fixes, often digging an even deeper hole to fill the previous one, instead of long term thinking.
Another is to make each department a cost/profit centre and to give them individual objectives. This leads to “point improvements” which seldom leads to overall better results. To counteract that, you need a systems view, where the interdependencies and hand-over points are studied.
And, as I have written often, the organisational culture often (unconsciously) blocks teamwork, cooperation and improvements.

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Energy
1.1.3
Mass
1.1.4
Temperature
Power
1.1.5
1.2 State Ohm's law
1.3 State Joule's law
1.5 Name four factors that9 determine the resistance of the material
1.6 What is the SI Unit for current?
QUESTION 2​

what is the difference between a series circuit and a parallel circuit?

SN1 reactions usually proceed with ________. A) equal amounts of inversion and retention at the center undergoing substitution B) slightly more inversion than retention at the center undergoing substitution C) slightly more retention then inversion at the center undergoing substitution D) complete inversion at the center undergoing substitution E) complete retention at the center undergoing substitution complete retention at the center undergoing substitution slightly more retention then inversion at the center undergoing substitution complete inversion at the center undergoing substitution equal amounts of inversion and retention at the center undergoing substitution slightly more inversion than retention at the center undergoing substitution