self-organization versus hierarchical organization — a mathematical investigation of the anarchist philosophy of social organization
In combining anarchist theory with mathematics, this thesis wishes to better understand what power and hierarchy are in order to explore how we can live without coercion.
The process by which individuals organise their social relationships to bring about global order through their interactions with one another rather than through external intervention or teaching is referred to as self-organization. The nervous system exhibits many self-organizational characteristics since it is a very complex and dynamic system with several pieces interacting with one another. In this chapter, we will talk about three different types of brain self-organization: self-organization during development, self-organization as a result of experience, and self-organization as a result of damage. The development of the nervous system is affected by self-organization. Since it is difficult to explain how the nervous system, which is highly structured and complicated, can develop from a single fertilised egg, this is a crucial issue in our knowledge of the neurological system.
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Answer:
b. 51,429 units
Explanation:
If x = Number of units
Net Income = Sales Revenue - Variable Cost - Fixed Cost
or
Net Income = Contribution Margin - Fixed Cost
where,
Net Income = $80,000
Contribution Margin per unit = $3.50
Fixed Cost = $100,000
Contribution Margin = Net Income + Fixed Cost
$3.50x = $80,000 + $100,000
$3.50x = $180,000
Dividing the above equation by $3.50 we get
x = $180,000 / $3.50
x = 51,429 units
Hence 51,429 number of units must be sold to generate the net income of $80,000.
Answer:
Annual deposit= $71,428.57 per year
Explanation:
Giving the following information:
You expect to live to 100 and work until you turn 65. You estimate that you will need $100,000 per year.
Every dollar in the plan earns 7% per year.
You have just turned 22 years old.
First, we need to calculate the amount of money necessary in retirement:
Final value= 100,000*35 years= 3,500,000
Now, using the following formula, we calculate the yearly deposit needed:
FV= {A*[(1+i)^n-1]}/i
A= annual deposit
Isolating A:
A= (FV*i)/{[(1+i)^n]-1}
n= 65-22= 43
FV= 3,500,000
i=0.07
A= (3,500,000*0.07)/[(1.07^22)-1]
A= 245,000/3.43
A= 71,428.57 per year
Answer:
monthly time = 1.966
Explanation:
given data
final amount = $6355
initial principal = $5648
rate = 6 %
solution
we get here time by this formula
amount = principal × 
............1
put here value and we get time t
6355 = 5648 × 
1.125 = 
take ln both side
ln 1.125 = ln
0.1177 = 12 × t × 4.9875 × 
monthly time = 1.966
Answer and Explanation:
The preparation of the sales section of the income statement is presented below:
<u>Income Statement
</u>
<u>For the year ended </u>
Sales
Sales revenue $903,400
Less:
Sales Discount $15,400
Sales return & allowances $22,000
Net Sales $866,000
hence the net sales is $866,000
The freight out would not be considered. Hence, ignored it
