Answer: B) Conservative Financial Policy
Explanation:
A Conservative Financial policy refers to a situation where an entity usually finances their permanent working capital with long term debt in part or in it's entirety.
It is stated that Bradford Maintainance uses long-term sources of funds to finance its assets which would point to a Conservative Financial Policy.
Answer:The Supremacy Clause of the Constitution of the United States (Article VI, Clause 2), establishes that the Constitution, federal laws made pursuant to it, and treaties made under its authority, constitute the "supreme Law of the Land", and thus take priority over any conflicting state laws.
Explanation:
The answer is TRUE
Realism and idealism are divergent <span>schools of thought in international relations </span><span>theory. </span>The development of modern realist theory was as a reaction<span> to a liberal tradition that was labelled by the realists as idealism. Although the idealist themselves do not consider</span><span> their approach as unrealistic, the realists think it is.</span>
Answer:
d. Market clearing price will fall, and equilibrium quantity will fall.
Explanation:
Inferior goods are those goods which do not behave normally to market.
As with increase in consumer spending capacity, their demand decreases.
Accordingly with decrease in demand , the prices will fall.
Thus, either Statement b is correct or statement d.
Since demand and price both tend to fall, the equilibrium quantity will fall for the same, as the demand will be low, the equilibrium quantity will fall to meet the demand level.
Thus, Statement D is correct.
Answer:
x =
or 
Explanation:
The cardboard box is in the shape of a cube. The surface area of the box is given by:
S = 6
To find the inverse, we have to solve for x. To solve for x means we will make x the subject of the equation above
Divide both the right and left hand side by 6, we have:
6
÷ 6 = S ÷ 6 ⇒
=
=
Take the square root for both the right and left hand side, we have:
=
⇒ x =
x =
or 
Therefore, x is equivalent to the square root of (S/6)