This is a list of train stations served by Metro-North Railroad. This includes stations shared with NJTransit, but only those within New York State. Stations are listed in alphabetical order. Stations along the Pascack Valley Line from Hoboken, NJ to Montvale, NJ and along the Main Line and Bergen County Line from Hoboken, NJ to Mahwah, NJ are operated solely by New Jersey Transit.

does the metro north go to new jersey?

A: no

The basic game strategy is to improve one's hand by forming melds and eliminating deadwood. Gin has two types of meld: Sets of 3 or 4 cards sharing the same rank, e.g. 8♥️ 8 8♠️; and runs of 3 or more cards in sequence, of the same suit, such as 3♥️ 4♥️ 5♥️ or more. Deadwood cards are those not in any meld. Aces are considered low--they can form a set with other aces but only the low end of runs (A♠️ 2♠️ 3♠️ is a legal run but Q♠️ K♠️ A♠️ is not). A player can form any combination of melds within their hand, whether it contains all sets, all runs, or a mix of both. A hand can contain three or fewer melds to knock or form legal gin.

does a run in gin rummy have to be the same suit?

A: yes

Checksum functions are related to hash functions, fingerprints, randomization functions, and cryptographic hash functions. However, each of those concepts has different applications and therefore different design goals. For instance a function returning the start of a string can provide a hash appropriate for some applications but will never be a suitable checksum. Checksums are used as cryptographic primitives in larger authentication algorithms. For cryptographic systems with these two specific design goals, see HMAC.

is a checksum the same as a hash?

A: no

In the PPF, all points on the curve are points of maximum productive efficiency (no more output of any good can be achieved from the given inputs without sacrificing output of some good); all points inside the frontier (such as A) can be produced but are productively inefficient; all points outside the curve (such as X) cannot be produced with the given, existing resources. Not all points on the curve are Pareto efficient, however; only in the case where the marginal rate of transformation is equal to all consumers' marginal rate of substitution and hence equal to the ratio of prices will it be impossible to find any trade that will make no consumer worse off.

of all the points on the production possibilities curve only one point represents an efficient point?

A:
no