Answer:
E is not a subspace of
Step-by-step explanation:
E is not a subspace of
In order to see this, we must find two points (a,b), (c,d) in E such that (a,b) + (c,d) is not in E.
Consider
(a,b) = (1,1)
(c,d) = (-1,-1)
It is easy to see that both (a,b) and (c,d) are in E since 1*1>0 and (1-)*(-1)>0.
But (a,b) + (c,d) = (1-1, 1-1) = (0,0)
and (0,0) is not in E.
By the way, it can be proved that in any vector space all sub spaces must have the vector zero.
Answer:
which statement is equivalent to the inequality 14x-14>-7x+7
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x=1which statement is equivalent to the inequality 14x-14>-7x+7
x>21
x>1
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x=1which statement is equivalent to the inequality 14x-14>-7x+7
x>21
x>1
x<
x=1which statement is equivalent to the inequality 14x-14>-7x+7
x>21
x>1
x<
x=1which statement is equivalent to the inequality 14x-14>-7x+7
x>21
x>1
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x=1which statement is equivalent to the inequality 14x-14>-7x+7
x>21
x>1
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x=1which statement is equivalent to the inequality 14x-14>-7x+7
x>21
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x=1
