1. Find the centre of the circle or the midpoint of the two numbers
(6-6/2}, (-2+6/2)
(0, 2)
2. Find radius using the distance formula
√<span>(6 - 2)² + (-6 - 0)²
</span>√4² + (-6)²
√16 + 36
√52
r = 7.21
3. Plug in
x² + (y - 2)² = 52
So it is option D 99% sure
Ok so remember that if you had
1/2 times 3/4 that equals (1 ties 3)/(2 times 4)
just mutply top number with top number and bottom number with bottom number so
remember that 20=20/1 so
5/6 times 20/1=
5 times 20=100
6 times 1=6
5/6 times 20/1=100/6 (can be simplified to 50/3 or 16 and 2/3)
Given:
Reserve requirement = 10%
Deposit = $5400
Find:
money the supply could expand = ?
Solution:
Money Supply =
Monetary Base × Money Multiplier
Before we determine the money supply, the money multiplier must
already be determined. Therefore:
$5400 (0.10) = $540
In this case, adding the two will give us the money supply
$5400 + $540 = $5940
Nevertheless, not all money is lent out or spent. Kept money
reduces the money supply.
The restrain to the growth of the money supply when deposits
expand are identified by 2 factors:
1.
The amount above (excess reserves) what they are
required to hold are being kept.
2.
Their income rises as the public has the
penchant to hold more cash as their income.
If you scroll up I answered a previous question like this in the same subject
