I believe it is A considering that he is providing reason for what he is doing using past events.
Answer:
Explanation:
What is the first step in making decisions/. a. . . define ...
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The first step in making decisions is gathering information after recognizing the problem. In order to maka a desicion, the first step in making the right decision is recognizing the problem or opportunity and deciding to address it. Determine why this decision will make a difference to your customers or fellow employees.
Understanding Your Treatment Options | Pinnacle Care
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But three simple steps can guide you through the decision-making process to more informed medical decisions. Start by gathering information The first step in the process of making an informed medical decision is to gain a good understanding of the health issue you’re facing, whether it’s a cancer diagnosis, an increased risk of heart ...
Decision Making Process Flashcards | Quizlet
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This is the first step in the decision making process. Identify the problem or decision to be made. ... Make a decision and take action.
Health 2-2 Flashcards | Quizlet
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Step 2 of the Decision-Making Process list the options -- possible choices you could make, sometimes appropriate not to take a
I can’t answer the first to one because but it’s a collective change.
Mainly because it effects others not just for Martin. He wanted this to happen everywhere not just himself! He truly wanted to bring races together regardless if they’re race, color, gender, religion, and more! Mainly color/race.
If you want more help, don’t hesitate to ask me!
I have this solution this solution here which has radius 2 instead of 4. Hope this might help.
y=(4-x^2)^(1/2) is the outer radius of the surface of revolution
<span>y=1 this is the inner radius of the surface of revolution </span>
<span>Now we need to know the interval of integration... </span>
<span>(4-x^2)^(1/2)=1 </span>
<span>4-x^2=1 </span>
<span>x^2-3=0, x=±√3 </span>
<span>V=p⌠f(o)^2-f(i)^2 dx </span>
<span>V=p⌠4-x^2-1 dx </span>
<span>V=p(3x-x^3/3) </span>
<span>V=(p/3)(9x-x^3), x=[√3, -√3] </span>
<span>V=(p/3)((9√3-3√3)-(-9√3+3√3)) </span>
<span>V=(p/3)(6√3+6√3) </span>
<span>V=(p/3)(12√3) </span>
<span>V=4p√3 </span>
<span>What has happened is that you have essentially removed a cylindrical tube with convex ends matching the curvature of the outer sphere...it isn't pretty, that's why we needed to use revolutions of solids to figure it out...It would be extremely difficult to figure this out otherwise...</span>