Answer:
D. Julia saves more in rent than she spends on commuting to work
Explanation:
As we are rational agents, we need to optimize our resources in this exercise are money and time, in the statement Julia walks to her job but does not say anything about she dislikes commuting, but Amanda dislikes that, nevertheless when she decide move to the suburb further away must be a logical decision it means that she is going to save more in rent than she spends on commuting, it's a decision that is not influence for the Amanda behaviour and the options B and C don't have sense and there are lack of information to assume that, for this the answer is D it's a stuation when she wins
Answer:
Supply-side bonding jumper
Explanation:
A supply side bonding jumper is a transmitter on the stockpile side or inside an assistance or independently inferred framework to guarantee the electrical conductivity between metal parts required to be electrically associated.
A bonding jumper on the stock side of an over current gadget
The size of the stock side holding jumper depends on the unground stage conductors
Answer:
cost of direct materials purchases 160,800
Explanation:
pounds required for production 54,000
desired ending inventory 2,800
total needs 56,800
beginning inventory (3,200)
units to be purchased 53,600
cost per unit of direct materials 3
cost of direct materials purchases 160,800
<u>Notes:</u>
The pounds for production and the ending inventory are the raw materials demand.
The beginning inventory is a portion we already have, so we need to purchase less.
Then, we multiply the pounds to be purchased by their cost to get the total cost for direct materials
This answer would be reliability.
Answer:
The slope of the total output curve at the relevant point.
Explanation:
A marginal physical product can be defined as the extra output which is being generated by using an extra input. This ultimately implies that, marginal physical product of labor refers to the change in the level of output that is generated from using an additional unit of labor.
Mathematically, marginal physical product of labor is given by the formula;
Marginal physical product of labor = ΔY/ΔL
Where, ΔY is the change in total physical output.
ΔL is the change in labor.
In the short run, when the number of workers are increased it would result in a diminishing marginal product with respect to the law of diminishing marginal returns.
The marginal physical product of labor is the slope of the total output curve at the relevant point.
<em>For instance, if brainly producing 50 answers decides to employ one more tutor and is then able to produce 55 answers, the marginal physical product of labor is simply 5. </em>
