The set is linearly dependent.
To explicitly prove this, we need to show there is at least one choice of constants 
such that
or equivalently,
which is the same as solving the system of equations
From the first and last equations, we have 
and 
. Substituting these into the second equation leaves us with 
, and so the overall solution set is
for which there are infinitely many not-all-zero solutions.
2,365,*10^6=5,000,000*473
(P.S. 10^6 is 10 to the sixth power)
Answer:
4
Step-by-step explanation:
The distance formula is based on the Pythagorean theorem:
d² = (x₁ − x₂)² + (y₁ − y₂)²
(Notice the order doesn't matter.)
If we say (x₁,y₁) = (-6,-10) and (x₂,y₂) = (-2,-10), then the distance between the points is:
d² = (-6 − (-2))² + (-10 − (-10))²
d² = (-6 + 2)² + (-10 + 10)²
d² = (-4)² + (0)²
d² = 16
d = 4
26/44 - 18/44 = 8/44
26 - 18 = 8
even though it is subtraction, you do not subtract the bottom numbers (denominator).
so your answer is 8/44
if you simplify it, you will get 4/22 and then 2/11
your simplified answer is 2/11 (is this on there?)
hope this helps
