Answer:
a) “There is no integer n such that for all integers m, m<n”
b) The proposition is false and its negation true.
Step-by-step explanation:
a)
The negation of the proposition is
<em>“There is no integer n such that for all integers m, m<n”
</em>
b)
It is easy to prove that the proposition is false.
If there existed such an integer n , then since n+1 is an integer, n+1 < n, which is a <em>contradiction. </em>
So such an integer n cannot exist.
Since the proposition is false, its negation is true.
Answer:188
Step-by-step explanation:
first multiply the seven in 47 by the 4, you would get 28.Drop the 8 carry the the 2.4 times 4 is 16 and the 2 to the 6 and get 18 then put the 8 from before following.
Answer:
a. 7/8
Because 7/8 is 7 divided by 8
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Answer:
Falsa
Step-by-step explanation:
Concentric circles share the Same center