does-the-structure-of-the-organization-match-the-organizational-mission-vision-and-goals-1

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A great way for leaders to begin solving problems with organizational structure is to ask three important questions:

  1. Is the problem the structure, or is the problem the way leadership is managing the structure?
  2. Does the structure of the organization match the organizational mission, vision, and goals?
  3. Has the design of the organization been compromised due to accommodating various employees?

In your first post, respond to the questions below:

  • To apply these ideas practically, describe an organization that you have been part of in the past or presently that went through a change in structure or one that you think NEEDS to go through a change in structure.
  • Answer the three guiding questions above to determine how a solution to the structure could be reached.
  • What questions would you add to this list?
  • How would your proposed question(s) benefit the organizational structure?

Must be at least 6 paragraphs long and include sources.

PART II: Muscle Actions : Selected Joints You have recently been hired as a Physical Therapy Assistant with Bridges Orthopedic Sports Solutions…

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Before you develop the

workout routine, you need to analyze the muscles involved in the act of punting. So, for

each of the joints listed below, determine the movement that occurs as you kick and then

determine what anatomical action this involves. Determine which muscle(s) cause each

action and list that muscle along with its origin and insertion. Lastly, list the nerve that

controls each muscle. Place your final analysis in the chart provided.

Joints to consider are: Hip, Knee and Ankle

A. Hip Joint:

Describe the overall movement that occurs at this joint as you kick:

English:

Anatomical:

Muscles:

Action:

Origin:

Insertion:

Nerve:

In a circus performance, a monkey is strapped to a sled and both are given an initial speed of 2.0 m/s up a 21.0 inclined track.

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In a circus performance, a monkey is strapped to a sled and both are given an initial speed of 2.0 m/s up a 21.0° inclined track. The combined mass of monkey and sled is 18 kg, and the coefficient of kinetic friction between sled and incline is 0.20. How far up the incline do the monkey and sled move?

A projectile is fired from the surface of the Earth with a speed of 200 meters per second at an angle of 30 degress above the horizantal.

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A projectile is fired from the surface of the Earth with a speed of 200 meters per second at an angle of 30 degress above the horizantal. If the ground is level, what is the maximum height reached by the projectile?

Discussion Concept Question-1: When an electromagnetic wave is reflected from a moving reflector, the frequency of the reflected wave is different…

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Discussion Concept Question-1:When an electromagnetic wave is reflected from a moving reflector, the frequency of the reflected wave is different from that of the initial wave. Explain physically how this happpens. Also, show why a higher-than-normal frequency results if the reflector is moving toward the observer and a lower frequency if it is moving away. (some radar systems used for highway-speed control operate on this principle.)

When an electromagnetic wave is reflected from a moving reflector, the frequency of thereflected wave is different from that of the initial wave because of the Doppler effect onelectromagnetic…

analyze the organization in which you currently practice as a nurse. Each of the six organizational variable categories (e.

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analyze the organization in which you currently practice as a nurse. Each of the six organizational variable categories (e.g., Leadership, Motivation, Communications, Decisions, Goals, and Evaluation) should constitute a separate section of your paper and serve as the corresponding level one section headings. 

In the deep ocean, a water wave with wavelength 95 {rm m} travels at 12 {rm m}/{rm s}. Suppose a small boat is at the crest of this wave, 1.5 {rm…

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In the deep ocean, a water wave with wavelength 95 {rm m} travels at 12 {rm m}/{rm s}. Suppose a small boat is at the crest of this wave, 1.5 {rm m} above the equilibrium position. What will the vertical position of the boat be 5 seconds later?

An SUV is traveling at a speed of 18 m/s. If the SUV has a mass of 1,550 kg, what force must be applied to stop it in 8 seconds? This is a standard dynamics problem that can be solved using equations

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An SUV is traveling at a speed of 18 m/s. If the SUV has a mass of 1,550 kg, what force must be applied to stop it in 8 seconds?

This is a standard dynamics problem that can be solved using equations of motion. You may recall the three equations of motion:

1.) v = u + a*t

2.)(v^2) = (u^2) + 2*a*t

3.)s = u*t + 0.5*a*(t^2)

Here, v = final velocity; u = initial velocity; t = sec; a = acceleration.

1. From your list of standard reduction potentials, which one of the following reagents is capable of transforming Fe 2+ (aq) to Fe 3+ (aq) ?

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1. From your list of standard reduction potentials, which one of the following reagents is capable of transforming Fe2+(aq) to Fe3+ (aq)?

a. Cr3+(aq)           

b. Cu2+(aq)      

c. Hg2+(aq)

d. I2 (aq)                     

e. Mn2+(aq)

2. Using the E° values from your data sheet, which one of the following reagents is capable of transforming I – (aq) to I2 (s) but not Br–(aq) to Br2(l)?

A   Cl2(g)        

 B    Fe2+(aq)            

C    Ag+(aq)           

D    Al3+(aq)        

 E    Au3+(aq)

I’m stuck o how to do these questions