Suppose that aces can be either high or low; that is, that {a, 2, 3, 4, 5} is a straight, and so is {10, jack, queen, king, ace}. moreover, a hand that is an ace-high beats a king-high, etc. the number of ways of getting a five card hand that is a pair from a standard deck of cards is the probability of being dealt a five card hand that is ace high from a well shuffled standard deck of cards is

the expression (1.26)2t reveals the approximate rate of increases in the number of plants semiannually.

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to prove δxyz ≅ δmno using sss, you need to show the following:

  side 1             side 2               side 3

xy ≅ mn         yz ≅ no           xz ≅ mo

to prove δxyz ≅ δmno using sas knowing side xz and angle o, you need to show the following:

side 1             connecting angle           side 2

xz ≅ mo             ∠z ≅ ∠o                   yz ≅ no

any line whose slope not equal to -4 does not satisfy these requirements.

step-by-step explanation:

going from (1,2) to (3, -6), x increases by 2 and y decreases by 8.   thus, the slope of a line thru those two points has the slope m = -8/2, or   m = -4.

thus, no line that has a slope different from m = -4 could be appropriate.