Answer:
A. The money demand curve shifts to the right.
Answer:
$12
Explanation:
The standalone price is the price at which the seller (Verma) would sell its products or services (discount coupon) separately to other customers.
to determine the standalone price of the discount coupon we must multiply the change in discount by the expected use of the coupons:
- change in discount = $150 x (50% - 10%) = $150 x 40% = $60
- expected use = 20%
= $60 x 20% = $12
Answer:
$906.30
Explanation:
Face value (FV) = $1000
Coupon payment (C) = 7% of $1000 = $70
Yield to maturity (r) = 8% = 0.08
t = 18
Number of compounding periods (n) = 1 (annually)
Using the relation:
C[( 1 - (1 + r/n)^-nt) / (r/n)] + FV / (1 + r/n)^nt
70[(1 - (1 + 0.08)^-1*18) / (0.08/1)] + 1000 / (1 + 0.08/1)^1*18
70[1 - (1.08)^-18) / 0.08] + 1000 / 1.08^18
70[(1 - 0.2502490)/0.08] + (1000 / 3.99601949918)
70(9.3718871) + 250.24902
= $906.281117
= $906.30
Answer:
An increase in the value of an asset
A portion of profits paid back to shareholders
Explanation:
Capital gain can be defined as a rise in the value of a capital asset (which could be investment or real estate) that facilitates a higher worth than the original purchasing price.
Dividend can be defined as a distribution of profits by a certain corporation to its shareholders.
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.
Learn more about self-organization here
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