<span>If a matrix is invertible, there are many solutions to Ax=0, I am referring to both homogeneous and non-homogeneous types.</span>
Answer:
YES
Step-by-step explanation:
1:4 can be written as: 
, and we know to make and equivalent fraction you multiply by a constant. so,
×
=
(5:20)
Hope this helps!
The solution to your problem is as follows:
First term, a = 1024
Common ratio, r = –16 /1024 = –0.02
7th term = 1024 ( –0.02 ) ^ ( 7 - 1 )
..... ...... = 1024 ( –0.02 ) ^ 6
..... ...... = 1024 ( 6.4E-11)
<span>..... ...... = 6.5536E-8
</span>
Therefore, the 7th term of the geometric sequence is <span>6.5536E-8.
I hope my answer has come to your help. Thank you for posting your question here in Brainly.
</span>
Here, f(x) = √x+9
g(x) = 8x - 13
So, for f(g(x)), just put the value of function g(x) in the function f(x)
It would be: f(g(x)) = √8x - 13 + 9
f(g(x)) = √8x - 4
Now, Take √4 as a common factor:
f(g(x)) = √4(√2x - 1)
f(g(x)) = 2(√2x - 1)
In short, Your Answer would be: f(g(x)) = 2(√2x - 1)
Hope this helps!
X=1
x=2
x=3
2(1)-y=4
2-y=4
-2 both sides
-y=2
÷-1 both sides
y=-2
(1,-2)
2(2)-y=4
4-y=4
-4 both sides
-y=0
y=0
(2,0)
2(3)-y=4
6-y=4
-6 both sides
-y=-2
÷-1 both sides
y=2
(3,2)
