What is Row: Definition and 219 Discussions

Saints Row is a series of action-adventure video games created by Volition and published by THQ and Deep Silver. The series follows the 3rd Street Saints, a fictional street gang originally operating out of the Saint's Row district, hence the series' title.
Gameplay in the Saints Row games focuses on an open world where the player can complete missions to progress an overall story, as well as engage in various side activities. Most of the gameplay revolves around driving and shooting, with occasional role-playing elements. Due to early entries being labeled as Grand Theft Auto clones, the developers sought to create a more distinctive experience from the third game onwards, with a heavy focus on over-the-top gameplay, popular culture homages, parodies, and self-referential humor; these changes have been controversial among fans of the original games. The Saints Row series is set primarily in two fictional locales—Stilwater and Steelport—which are loosely based on real-life American cities. The games center on an initially unnamed player-created character (later nicknamed "the Boss") who joins the 3rd Street Saints by chance and helps them defeat enemy gangs in city-wide turf wars. Later down the line, they become the gang's leader, a celebrity and pop culture icon, and eventually President of the United States, while facing more powerful enemies, such as an anti-gang paramilitary and an alien empire.
Work on the original Saints Row began in 2003, after Volition's completion of Red Faction II. The game was released in 2006 to critical acclaim and commercial success. The sequel, Saints Row 2, was released in 2008 to similar acclaim and greater commercial success. The series' third entry, Saints Row: The Third, was released on 15 November 2011 and was the final Saints Row video game to be published by THQ before Deep Silver acquired the rights to series in 2013. The series' fourth entry, Saints Row IV was released on 20 August 2013, with a standalone expansion called Gat out of Hell released on 20 January 2015 in North America and 23 January 2015 in Europe. As of September 2013, the series has had sales in excess of 13 million, making it one of the best-selling video game franchises of all-time.

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  1. M

    HM am i not allowed to use this method? Finding the determinant vs row reduce

    Hello everyone, I would rather find the cofactors and find the determinant than row reducing this, but is it possible, its not square! But our teacher is acting like its possible, so it must be! here is the equations: x+y+z = 4 2x-y+4z=9 3y-z = 1 so i got: 1 1 1 4 2 -1 4 9 0 3 -z 1...
  2. P

    Basic feasible solution, permuting the row

    FOr the problem, Max(-x_1 - 2x_2 + 3x_5) x_1 + x_2 + 2x_3 + 3x_4 + x_5 <= 1 2x_1 - x_2 + 4x_3 + 6x_1 - x_5 <= 2 x_j >= 0, j= 1,...,5 A) show that x_1 = 1, x_2= x_3= x_4= x_5 = 0 is a basic feasible solution. B) Find two different dictionaries..(i.e. Not obtained by permuting the...
  3. B

    Reduced row echelon form of matrix

    How do you know, when you have to stop row-equivalent operations when you are trying to get a 'reduced row-echelon' form of a given matrix. Is it necessary to have all the columns with pivot element as 1 and rest as 0? do you need to continue the operation if you already have a all 0 row? I want...
  4. N

    Visualizing equations in a row picture.

    I don't understand how one visualizes in row pictures of equations. There is an example in the book: With A=I(the identity matrix) 1x+0y+0z= 2 0x+1y+0z= 3 0x+0y+1z= 4 They drew these in the xyz plane. I don't know how they did this, can someone explain me that?
  5. T

    Elementary row operations question

    I am working with the following equation: |1 -2 3| |6 -11 15| |4 -14 21| a. add -4 time Row1 to Row 3 b. add -6 times Row 1 to Row 2 c. add 6 times Row 2 to Row 3 d. multiply row 3 by -1/9 I have come up with the following answer: |24 -48 72| |180...
  6. M

    Once she sneezed 36 times in a row

    My sister has horrible allergies which cause her to sneeze mulitiple times. Once she sneezed 36 times in a row! My question is why do we sneeze and why do some people sneeze a ridiculous number of times? Is it true that sneezing kills brain cells? Does it kill more brain cells if you hold it...
  7. Pengwuino

    News Is DNA the Key to Proving Innocence on Death Row?

    "innocent people on death row" I constantly hear that the greatest argument against capital punishment is "there are people on death row right now who are innocent". Now what is the proof/de-bunking proof to this statement and idea?
  8. E

    Vector, Sub, Column, and Row Spaces

    There are so many concepts going on in my linear algebra class. Could someone help me understand what they mean? Particularly: vector space, subspace, column space, row space, dimension, basis, and rank. Thanks in advance!
  9. E

    Finding Elements in Row Space of a Matrix: Solving for Belonging and Dependency

    In my homework problem, I am supposed to find out whether an element belongs to the rowspace of a matrix. So, what I did is to determine the (row)basis of the matrix, dimension of it being one row less of the rows of the original matrix. So, instead of the linearly-dependent row I put the...
  10. 3

    Row reduced matrix has coefficents

    I just want to confirm these two questions. Thanks in advance. (1) Describe all solutions of Ax = 0 in parametric vector form, where A is row equivalent to the given matrix. \left(\begin{array}{uvwxyz}1 & 5 & 2 & -6 & 9 & 0 \\0 & 0 & 1 & -7 & 4 & -8\\0 & 0 & 0 & 0 & 0 & 1\\0 & 0 & 0 & 0...
  11. C

    How Many Flips to Get 10 Heads/Tails in a Row?

    Ok well here goes. what is teh chance of flipping a coin 10 times and getting either 10 heads or 10 tails. Once this is known, how many times would you expect to flip a coin before you get 10 in a row(I of course don't mean that after this number you would be guaranteed to get 10 in a row, i...
  12. Z

    How Do You Solve for x1 and x2 Using Reduced Row Echelon Form?

    i have a matrix in reduced row echelon form and it gives me the equations x1+x2=-27.5, x3=-13.5, and x4 = 15. how do i solve for x1 and x2
  13. Gokul43201

    What Was the Mathematician's Solution for the Princes' Dilemma?

    A King wants to pick his heir from among his 2 sons. They are to row their boats across the royal lake to the boathouse on the other side. The prince whose boat enters the boathouse first loses. Obviously, this puts the princes into a quandary, for they would gain by delaying for as long as...
  14. B

    Odds of being dealt 'AA' 3 times in a row in texas hold'em

    What are the odds of being dealt 'AA' 3 times in a row in texas holdem.
  15. E

    Ligand substitution & first row transition metal complexes

    anybody know what the primary mode of ligand substitution for first row octahedral transition metal complexes?
  16. S

    How Do I Proceed with Variable Row Reduction?

    Can anyone help me with this. I am asked to solve the following matrix with Row Red. Algorithm, [ a 3 (1+a) | -a ] [ 1 a 3 | -2a] [ 1 1 1 | 0 ] I get to something like [ 1 1 1 | 0 ] [ 0 a-1 2 | -2a] [ 0 3-a 1 | -a] but what do I do now?
  17. G

    Set up an infinite row of dominos and knock over the first one

    i'm new to this forum and from first glance it seems like a great place to learn. i have a pretty simple question regarding dominos. if one was to set up an infinite row of dominos and knock over the first one, will the dominos fall for eternity, or will the energy decrease over time from loss...
  18. M

    Which Domino Row Will Fall First? Ask Here!

    Hi all, one simple question. You have two evenly long rows of dominos. In one row the dominos stand further apart than in the other. If you start both rows at the same time, which will be faster? My guess is the one with the stones closer because the dominos don't need to fall as deep as...
  19. cepheid

    Elementary Row Operations on Matrices

    I understand why two of the three row operations do not change the solution set of a system: 1. Interchange two rows. (Doesn't make much difference in what order one decides to write down the linear equations does it?) 2. Multiply a row by a scalar. (This step doesn't change the solution...
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