Answer:
c. $1,010.36
Explanation:
Options <em>" ) $1,610.36 2) $522.93 3) $1,010.36 4) $110.02"</em>
<em />
Future value = Pmt * ((1+r)^n - 1) / r
Pmt = FV / ((1+r)^n - 1) / r
Size of the deposit = 10,000 / ((1.06^8) - 1) / 0.06
Size of the deposit = 10,000 / (1.59384807453 - 1) / 0.06
Size of the deposit = 10,000 / (0.59384807453/0.06)
Size of the deposit = 10,000 / 9.897467908833333
Size of the deposit = 1010.359426482723
Size of the deposit = $1,010.36
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:
The correct answer is $30 billions.
Explanation:
The checkable deposits are given as $140 billions.
The total reserves are $51 billions.
The required reserve rate is 30%.
The required reserves will be
=30% of $140 billions
=
=$42 billions
The excess reserves will be
=total reserves-required reserves
=$51-$42
=$9 billions
Maximum expansion by lending will be
=
=
=$30 billions
So, the money supply can be expanded by a maximum amount of $30 billions.
I think it would be D, because to have morals means that you have values. It's basically what they believe in and so on.
Answer:
Buy in-store.
Explanation:
The Polya technique suggests the following steps to solve a problem:
Step 1: Understand the problem.
Nathan is facing two options for buying a new sweatshirt. We need to calculate and compare both prices in order to determine the better buy.
Step 2: Devise a plan.
To calculate and compare the prices we need to discount the coupons on both options and then buy the sweatshirt with the lower price.
Step 3: Carry out the plan (solve).
<h2><u>
Option A</u></h2>
Price: $36
Discount: -30%
Final price option A : 36 × ( 1 - 30%) = 25.2
<h2><u>
Option B</u></h2><h2><u>
</u></h2>
Price: $32
Discount: -25%
Final price option B: 32 × ( 1 - 25%) = 24
Step 4: Look back (check and interpret).
Final price option A < Final price option B.
<h2><em>With this analysis in cosideration, we deduce that the better buy is the option A. In-store purchase.</em></h2>
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