The downward flowchart positioning of Roger Sterling illustrates that he his in an <u>inferior</u> position to Guy Mackendrick.
<h3>What is a
downward flowchart?</h3>
A downward flowchart can be defined as an organizational structure flowchart that is designed and developed to break an organization or business firm into parts, especially in a descending order.
This ultimately implies that, a downward flowchart is typically used to illustrate hierarchy in an organization or business firm with respect to the position of each employee.
In conclusion, the downward flowchart positioning of Roger Sterling illustrates that he his in an <u>inferior</u> position to Guy Mackendrick.
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The Anti-Federalists:
- Believed in a strong federal government; and
- wrote the federalist papers
The Federalists:
- Wanted a bill of rights; and
- Believed in stronger state powers
<h3>Who are federalists?</h3>
The proponents of the proposed Constitution were known as "Federalists." Their chosen name reflected a commitment to a loose, decentralized political system.
In many ways, "federalism," which implies a strong central government, was diametrically opposed to the proposed plan that they backed.
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Answer: "checking account balances"
Explanation:
If you had the options:
bartering
minting
checking account balances
The option "checking account balances" is the answer to your problem. In simple terms, this is the "money you have in the bank."
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The correct answer is d hope i could help
Answer:
Answer:
I. The hollow sphere has the greater angular momentum.
Explanation:
Given that the mass and radius of hollow sphere and solid sphere are same. Let the mass and radius of two spheres be m and r respectively. The two spheres are rotating having same angular velocity ω .
Moment of inertia of solid sphere, I₁ =
Moment of inertia of hollow sphere, I₂ =
Since, I₁ and I₂ are not equal. Therefore, the statement iv is wrong.
The relation between angular momentum, moment of inertia and angular velocity is :
L = Iω
Let L₁ and L₂ be the angular momentum of solid sphere and hollow sphere respectively.
L₁ = I₁ω and L₂ = I₂ω
As ω is same for both spheres but I₂ is greater than I₁, hence L₂ is greater than L₁.
Therefore, statement I is correct that the hollow sphere has the greater angular momentum.
Explanation: