Webyour first line is based on the equation x - y - 2 = 0 in slope intercept form, this equation is: y = x-2 your second line contains the points (3,-1) and (8,9) the slope of this line is (9+1)/ (8-3) = 10/5 = 2. the slope intercept form of the equation of the second line is … WebOct 1, 2024 · ratio in which line segment is divided is 1 : 2 Since, the point is dividing the line segment internally we use section formula: A (x, y) = ( (mx 2 + nx 1) / (m + n), (my 2 + ny 1) / (m + n)) By substituting values as m = 1, n = 2, x 1 = 2, x 2 = 2, y 1 = 1, y 2 = 7 we get A (x, y) = ( (1*2 + 2*2) / (1 + 2), (1*7 + 2*1) / (1 + 2))
In what ratio does the line x - y - 2= 0 divide the line segment ...
WebIn an earlier video, we learned how to find the ratio in which a point divides a line segment. Here, let's learn how to find the ratio in which a line divides a line segment. Let's also learn … WebMar 2, 2024 · kudzordzifranciskudzordzifrancis. ANSWER. EXPLANATION. The equation of the line connecting (3,-1) and (8,9) is. The given line segment also have equation. Or. … diamond art michaels
In what ratio does the line x-y-2=0 divides the line segment joining …
WebStep 1: Find (x 1,y 1) and (x 2,y 2) and then applying the section formula. Given: (x 1,y 1)=(−6,10) (x 2,y 2)=(3,−8) (x,y)=(−4,6) Using the section formula,we get, A (-6,10), B (3,-8), C (-4,6) x= m 1+m 2m 1x 2+m 2x 1 ⇒−4= m 1+m 23m 1−6m 2 ⇒−4(m 1+m 2) =3m 1−6m 2 ⇒−4m 1−4m 2 =3m 1−6m 2 ⇒−7m 1=−2m 2 ⇒ m 2m 1= 72 ⇒ Ratio is 2 : 7. WebBest answer Let the line x - y -2 = 0 divide the line segment joining the points A (3, -1) and B (8,9) in the ratio k :1 at P. Then, the coordinates of P are So, the required ratio is 2/3 :1, which is equal to 2 : 3. ← Prev Question Next Question → Find MCQs & Mock Test JEE Main 2024 Test Series NEET Test Series Class 12 Chapterwise MCQ Test WebSolution: In coordinate geometry, the Section formula is used to determine the internal or external ratio at which a line segment is divided by a point. Let the line x-y-2 = 0 divide … diamond art merry christmas