Answer:
An automatic identification system (AIS) is an automated tracking device fitted to a vehicle or vessel to display objects around the vicinity of the vessel on a screen. This helps the driver of a vehicle, for instance, to identify such objects and know how to afford head-on collisions. For a ship, the signal sent to the VT station helps in monitoring movements around the ship.
Explanation:
Most ships are fitted with AIS to enable Vessel Tracking services. The AIS also shows the other ships that are around and transmits the information to the Vessel Tracking Station (VTS). Some modern cars are fitted with AIS to help the driver to identify obstructive objects. The identified signal is displayed on the dashboard of the car just as the maritime AIS displays on the ship's dashboard as it also transmits to the VTS.
Answer:
$5,000
Explanation:
<em>Note that Lakeland Chemical manufactures uses weighted-average method of process costing</em>
Equivalent units
Materials = 9,000
Conversion Costs = 7,500
Total Costs
Materials = $20,500
Conversion Costs = $15,000
Cost per equivalent units
Materials =
Conversion Costs =
Total Cost in remaining in work in process
Total Cost
The total costs remaining in work in process on May 31 are $5,000.
Answer: Option (B) is correct.
Explanation:
Correct option: product differentiation.
In a monopolistic competitive market, there are large number of sellers which are producing similar products or close substitute but the products are different enough that the demand curve for each firm is downward sloping.
The firms in a monopolistic competitive market have zero economic profit in the long run because of the less restrictions on the entry and exit of the firms.
Answer:
a. by measuring The relationship to inputs and outputs
Explanation:
Productivity shows the efficiency of generating output using the available inputs. It is measured by dividing the output of a company or a production line by the inputs used. Therefore, productivity shows the relationship between inputs and outputs.
Productivity can also be measured by labor output. In this case, the output is divided by the number of labor hours used.
