<h3>
Answer:</h3><h3>Multiply the first equation by 3</h3>
<h3>explanation</h3>
To solve a simultaneous equation using elimination method, you eliminate one variable first.
Before you can do that, the coefficient of one of the variable in the two equations must be same.
From the questions, for the coefficient of one variable in the two equations to be thesame, we multiply the first equation by 3.
If we do this, the coefficient of Y in the two equations will now be 3.
So that the correct option is
<h2>Multiply the first equation by 3</h2>
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g(1)=-1 : We need to check values of function for x=1. From the graph, we can see, for x=1 the value of y is 1.
So, g(1)=-1 is false.
g(0)=0 : We need to check values of function for x=0. From the graph, we can see, for x=0 the value of y is 0.
So, g(0) =0 is true.
g(4)=-2 :We need to check values of function for x=4. From the graph, we can see, for x=4 the value of y is going up but it's not equal to -2.
So, g(4)=-2 is false.
g(1)=1 :We need to check values of function for x=1. From the graph, we can see, for x=1 the value of y is 1.
So, g(1) =1 is true.
g(-1)=1 :We need to check values of function for x=-1. From the graph, we can see, for x=-1 the value of y is 1.
So, g(-1)=1 is true.
g(4)=2 :We need to check values of function for x=4. From the graph, we can see, for x=4 the value of y is going up but it's not equal to 2.
So, g(4)=2 is false.
Answer:
might wanna take a picture instead...
Answer:
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Step-by-step explanation:
it goes with the correct statements in the sentences it is the right symbol and has the variable for the unknown amount of devices