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##### objective Ques (6 results)
1)

The graphs of the equations 3x + y - 5 = 0 and 2x - y - 5 = 0 intersect at the point P($${\alpha,\beta}$$). What is the value of ($${3\alpha+\beta}$$) ?

SSC CGL 2019
A)

4

B)

-4

C)

3

D)

5

2)

The graph of the equation x - 7y = -42, intersects the y-axis at $$P\left(\alpha,\beta\right)$$ and the graph of 6x + y - 15 = 0, intersects the x-axis at $$Q\left(\gamma,\delta\right)$$ , What is the value of $$\alpha+\beta+\gamma+\delta$$?

SSC CGL 2019
A)

$$17\over2$$

B)

6

C)

$$9\over2$$

D)

5

3)

What is the area (in square units) of the triangular region enclosed by the graphs of the equations x + y = 3, 2x + 5y= 12 and the x-axis?

SSC CGL 2019
A)

2

B)

3

C)

4

D)

6

4)

The graph of the equations 5x - 2y + 1 = 0 and 4y - 3x +5 = 0 , intersect at the point P ($$\alpha, \beta$$ ). What is the value of $$(2\alpha - 3\beta)$$?

SSC CGL 2019
A)

4

B)

6

C)

-4

D)

-3

5)

The point of intersection of the graphs of the equations 3x - 5y = 19 and 3y - 7x + 1 =0 is P$$(\alpha,\beta)$$ . What is the value of $$(3\alpha-\beta)$$?

SSC CGL 2019
A)

-2

B)

-1

C)

1

D)

0

6)

The graphs of the equations 2x+3y=11 and x-2y+12=0 intersects at P ($$x_1,y_1$$) and the graph of the equations x-2y+12=0 intersects the x-axis at $$Q(x_2,y_2)$$. What is the value of $$(x_1-x_2+y_1+y_2)$$?

SSC CGL 2019
A)

13

B)

-11

C)

15

D)

-9

showing 1 - 6 results of 6 results