Monday, March 31, 2014
Monday, March 24, 2014
Linear Programming
Linear Programming
(Worksheet problems)
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Vertices:
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Constraints
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Objective Function: C= 3x+4y
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x ≥
0
y ≥
0
x + y ≤ 6
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C=3x+4y
C=3(0)+4(0) C=0 |
C=3x+4y
C=3(0)+4(6) C=24 |
C=3x=4y
C=3(6)+4(0) C=18 |
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Vertices:
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Constraints
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Objective Function: C=2x+5y
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x ≤ 5
y ≥ 4
-2x +5 y ≤ 30
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C=2x+5y
C=2(-5)+5(4) C=10 |
C=2x+5y
C=2(5)+5(4) C= 30 |
C=2x+5y
C=2(5)+5(8) C=50 |
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Vertices:
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Constraints
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Objective Function: C= 7x+3y
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x ≥ 1
y ≥ 2
6x +4 y ≤ 38
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C= 7x+3y
C=7(1)+3(2) C= 13 |
C=7x+3y
C=7(5)+3(2) C= 41 |
C= 7x+3y
C=7(1)+3(8) C= 31 |
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Vertices:
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Constraints
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Objective Function: C= 4x+6y
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x ≥
0
y ≤ 8
-2x + 3y ≥ 12
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C= 4x+6y
C=4(0)+6(4) C= 24 |
C=4x+6y
C=4(0)+6(8) C= 48 |
C= 4x+6y
C=4(6)+6(8) C= 72 |
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Vertices:
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Constraints
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Objective Function: C= 8x+7y
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x ≥
0
y ≥
0
x + y ≤ 5
|
C= 8x+7y
C=8(0)+7(0)
C=0
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C=8x+7y
C=8(5)+7(0)
C=40
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C= 8x+7y
C=8(2)+7(3)
C=37
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C= 8x+7y
C=8(0)+7(4)
C=28
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Vertices:
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Constraints
|
Objective Function: C= 3x+5y
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x ≥
0
y ≥
0
x + y ≤ 5
|
C= 3x+5y
C=3(0)+5(2)
C=10
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C=3x+5y
C=3(0)+5(4)
C=20
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Monday, March 10, 2014
Friday, February 28, 2014
Monday, February 17, 2014
Compound Interest Formula
Compound Interest Formula:
formula: 
P= principal
A= amount
N= number of times per year, interest is compounded
T= time in years
R= rate of interest
Wednesday, February 5, 2014
Graphing Exponential Growth/Decay
GRAPHING EXPONENTIAL GROWTH/DECAY:
y= abx-h+k
a= multiplier
a>1 = stretch 0<a<1 = compression
a<0 (negative) = flipped over x-axis
b= base
b>1 = GROWTH (always increasing)
0<b<1 = DECAY (always decreasing)
h= left/right (opposite)
k= up/down
Domain
(-∞,∞) = All Real numbers
Range: y>k (Positive)
y<k (Negative)
Asymptote
y=k
Tuesday, January 28, 2014
General Forms of a Sequence
General Forms Of A Sequence:
~Sequence: series (list) of numbers
~Arithmetic: sequence of numbers such that the difference between the consecutive terms is constant.
-example- 5,7,9,11,13,15... is an arithmetic sequence with a difference of 2.
-example- 5,7,9,11,13,15... is an arithmetic sequence with a difference of 2.
-formula- an= a1+(n-1)d d=an-an-1
d= common difference
~Geometric: sequence of numbers where each term after the first is found by multiplying the previous one by a fixed, non-zero number called the common ratio.
-example- 2,6,18,54... is a geometric sequence with a common ratio of 3.
-example- 2,6,18,54... is a geometric sequence with a common ratio of 3.
-formula- an=a1 x rn-1 r= an ÷ an-1
r= common ratio
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