Phil deposited $1,000 in a savings account. how much will he have in his account in two years if his account is compounded annually at a 2% interest rate?
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Answer 1
Answer:
$1400 .................
Answer 2
Answer:
Answer:
I chose the same answer give the dude a round of applouse
the simple interest I (in dollars) for a savings account is jointly proportional to the product of time (in years) and the principal P (in dollars). After 11 months the interest on a principal of $3970 is $86. What is the constant of the variation
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Simple interest I is jointly proportional to the product of time in years and the principal, therefore; mathematically; I α Pt introducing a constant; I = kPt; but I = $ 86, P = $ 3970, while t = 11/12 years Thus; k = I/Pt = 86/ 3970(11/12) = 0.0236 Therefore, the constant of the variation is ≈ 0.024
A chord can contain at most how many diameters
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A cord links any two points on a circle.
The greatest distance between two points on a circle is the length of the diameter.
Hence a chord can contain at most one diameter.
Divide the following polynomial, then place the answer in the proper location on the grid. (9x 4 + 3x 3y - 5x 2y 2 + xy 3) / (3x 3 + 2x 2y - xy 2)
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The answer is -4+72/2y+9 when you solve using polynomial division :)
Solve. Pls Need Help
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Answer:
3/8
Step-by-step explanation:
Since the greatest is 3 1/2 and the least it 3 1/8
3 1/2 - 3 1/8 = 3/8
Can someone help me with this graph
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just plot the points on the graph so if x+y=-6 just make a list of all of the points that will work (remember that the left-to-right line is x and the up-to-down line is y, and right and up is positive and left and down is negative)
so make a list (in graphs we write [x,y] or (x,3)) so here are some points that will work (-3,-3) (-4,-2) (-2,-4) (-1,-5) (-5,-1) (0,-6) (-6,0) (-7,1) (1,-7) and so on, just plot those points and more that will work for x+y=-6 and you should be good,
there is another way that this is supposed to be done but this way is easier