y = ax^2
If the absolute value of a is <1 the graph is wider than when a = 1
If the absolute value of a is >1 the graph is narrow than when a = 1
The only function that fits that description is
y = 2x^2
Answer:
$360. (I believe so, anyways.)
Step-by-step explanation:
Original Price x Discount % / 100
Discount = 600 × 40/100
24000/100
$600 - $240
Final Price = $360
Answer:
see the procedure
Step-by-step explanation:
we have that
we know that
To obtain the value of g(x), multiply the value of h(x) by one-half
so
1) For x=-4, h(x)=256
therefore
For x=-4, g(x)=128
2) For x=-2, h(x)=16
therefore
For x=-2, g(x)=8
3) For x=0, h(x)=0
therefore
For x=0, g(x)=0
4) For x=3, h(x)=81
therefore
For x=3, g(x)=40.5
5) For x=6, h(x)=1296
therefore
For x=6, g(x)=648