Given D = {x | x is a whole number}. E = {x | x is a perfect square between 49 and 100}. F = {x | x is an even number between 10
and 20}. 1.The expression D∪F means (64 and 81) OR (all whole numbers). 2.The expression D∩F means (16,22,24,18) OR (12,14,16,18). 3.The expression D∩E means (all whole numbers) OR (64,81). 4.The expression E∩F means (all whole numbers) OR (empty set). 5.The expression D∩(E∪F) means (empty set) OR (81,64,12,14,16,18)
<span>Given
D = {x | x is a whole number}
E = {x | x is a perfect square between 49 and 100}
F = {x | x is an even number between 10 and 20}
The expression D ∪ F means: all whole numbers
(The expression D ∩ F means: 12, 14, 16, 18) ^I got this one wrong using this site^
The expression D ∩ E means: 64, 81</span> <span>
The expression E ∩ F means: the empty set
The expression D ∩ (E ∪ F) means: 81, 64, 12,14, 16, 18
A theory for suing for damages caused by products is breach of warranty. This is a contract claim, and the purchaser of the product is claiming that the product failed to perform as warranted.
The delivery driver has to make deliveries at 5 locations <span>among the 6 locations. </span>This means the order of the probability is important because the route he will take from A to B is different with A to C. So, you need to use permutation for this problem. The calculation would be: 6P5= 6!/ (6-5)!= 720 different routes
