Answer:
1 Answer. No, it is Partial Variation.
One way is subsitute
I like solving
so
what you do is this
add the equaitons to gether to eliminate x
2y=x+5
<u>3y=-x-3 +</u>
5y=0x+2
5y=2
y=2/5
sub back
2y=x+5
2(2/5)=x+5
4/5=x+5
minus 5
4/5-25/5=x
-21/5=x
the point is (x,y) or
(-21/5,2/5)
aprox
(-4.2,0.4)
I think they wanted you to read the garph you should have attached and guess the answer
the closes one is
hmm, x=-3
and y=1
so then D is the answer
Answer:
156 were there on the fourth day.
Step-by-step explanation:
125% of the number she received on the previous day
This means that the previous day number is multiplied the 125%/100% = 1.25.
64 responses the first day
This means that the number of responses after x days is given by:
How many were there on the fourth day?
This is R(4). So
156 were there on the fourth day.
Answer:
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Math Algebra 1 Absolute value & piecewise functions Graphs of absolute value functions
Shifting absolute value graphs
Practice: Shift absolute value graphs
Scaling & reflecting absolute value functions: equation
Scaling & reflecting absolute value functions: graph
Practice: Scale & reflect absolute value graphs
Graphing absolute value functions
Practice: Graph absolute value functions
Absolute value graphs review
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Piecewise functions
Absolute value graphs review
CCSS.Math: HSF.IF.C.7, HSF.IF.C.7b
The general form of an absolute value function is f(x)=a|x-h|+k. From this form, we can draw graphs. This article reviews how to draw the graphs of absolute value functions.
Step-by-step explanation:
