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  1. What is the equation of the line that goes through (-1,3 ... - Socratic

    Explanation: The equation of a line in #color (blue)"point-slope form"# is.

  2. When we have 1,3,5 and 7 whats is a tn and explain the ... - Socratic

    Jun 6, 2018 · See explanation below 1,3,5,7,... is an arithmetic sequence with constant diference 2, becuase 3-1=2 5-3=2 etc Or if you want each term is constructed adding 2 to his prior element.

  3. How do we find angle of like negative integer is there like cosx=-1/3 ...

    cos x = -1/3 has solutions x = \\pm text{Arc}text{cos}(-1/3) + 360^circ k quad integer k Let's take cos x = -1/2 first, which is one you're more likely to see. For triangle angles, between 0 and 180^circ, the …

  4. An organic compound has a percentage composition of #40.1

    Sep 6, 2017 · And "moles of oxygen"-= (100*g-40.1*g-6.6*g)/ (15.999*g*mol^-1)=3.33*mol. And please note that here WE CAN MAKE NO OTHER ASSUMPTION. %O is usually UNREPORTED because …

  5. How do you write an equation for the line in slope intercept form that ...

    Apr 23, 2016 · How do you write an equation for the line in slope intercept form that is parallel to the given line and that passes through the given point y = x + 9; (–1, 3)?

  6. How do you solve #|2x - 1| = 3#? - Socratic

    Jul 11, 2016 · x = 2 or x = -1 We split the equation into two possible cases: 2x-1 = 3 and 2x-1 = -3 Solving: 2x = 4 implies x = 2 2x = -2 implies x = -1

  7. How do you find the equation of the circle given center at (1,-3), and ...

    May 24, 2016 · 100= (x-1)^2 (y+3)^2 Suppose the centre of the circle was at the origin (where the x axis crosses the y axis). Then the equation would be: r^2 = x^2+y^2 The reason for this format is that the …

  8. How do you find the x and y intercepts of x+3y=-1? | Socratic

    Dec 9, 2016 · How do you find the x and y intercepts of x + 3y = − 1? Algebra Graphs of Linear Equations and Functions Intercepts by Substitution

  9. A triangle has corners at (9 ,7 ), (3 ,1 ), and (5 ,2 ). What is the ...

    Explanation: In order to find the area of the circumscribed circle, we need to find its radius. There is a formula to do this, although it is a little troublesome. The formula for the circumradius is: R= abc/4A …

  10. Circle A has a center at # (1 ,3 )# and an area of #16 pi ... - Socratic

    Circle A has a center at # (1 ,3 )# and an area of #16 pi#. Circle B has a center at # (2 ,7 )# and an area of #75 pi#. Do the circles overlap? GeometryAnalytic GeometryDistance between Points