Answer: The correct option is
(B) f(x) is a very large positive number.
Step-by-step explanation: We are given the graph of a function f(x) as shown in the figure.
We are to check what happens to the f(x) when x is a small positive integer.
From the graph, we see that
when x is approaching to 0 from left hand side, then the value of f(x) is approaching to negative infinity.
And,
when x is approaching to 0 from right hand side, then the value of f(x) is approaching to positive infinity.
So, when x is a very smell positive integer, then y is approaching to positive infinity.
That is, the value of f(x) is a very large positive number.
Option (B) is CORRECT.
Ok so assuming that the 'x' means multiply and not 'x' as in placeolder we do
PEMDAS
parenthaseees
exponents
multipilcation or division
additon or subtraction
parethasees simplify first
(8+7)=15
(9-3)=6
now we have
2x(15)-6/2x(6)
multiply
2x15=30
6/2x6=36/2=18
now we have
30-18
12
answer is 12
y=3x-2 y=-2x+8
3x-2=-2x+8 (plus 2 each side)
3x=-2x+6 (plus 2x each side)
5x=6 (divide by 5 each side)
x=1.2
Plug x back into an equation
y=3(1.2)-2
y=3.6-2
y=1.6
Answer: (1.2, 1.6)
<u>Answer:
</u>
The standard form of 
is 0.0000002
<u>Solution:
</u>
We have to write in standard form.
By dividing 3.6 by 1.8 we get “2”, hence the above equation becomes,
We know that 
Therefore the above equation becomes,
since the exponent of 10 is negative , therefore 7 zeros are written on the left hand side of the number.
= 0.0000002
Hence the standard form of is 0.0000002
