To find g (f(x)) you should substitute "4x^2+x+1" to "x" of g(x) function. You'll havew:

To count (4x^2+x+1)^2 Just assume ( [4x^2+x] + 1)^2 and use the (a+b)^2=a^2+2ab+b^2 formula, where a=4x^2+x and b=1
A calculator can help you with that.
In radians, arcsin(sin(9π) / 7) = 0.
6. is divide 17.5 by 0.5 then multiply by $0.75
(17.5<span>÷0.5)*0.75=$26.25
This is the order in which you should do the equation |
|
1 P Parenthasis ()
2 E Exponents </span><span> </span><span>
3 M Multiply
4 D Divide
5 A Add
6 S Subtract
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4y=3x-24
y=3/4x-6
the line intersect x axis in A
y=0, 3/4x=6, 3x=24, x=8 ⇒ A (8,0)
the line intersect y axis in B
x=0, y=-6 ⇒ B (0,- 6)
a.the gradient of l is 3/4
b. AB= V 6^2 +8^2=V36+64=V100=10