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From statement I, it is clear that had P not left the work, the remaining work would have been completed in 6 days. Now since, P’s efficiency is equal to (Q + R)’s efficiency, now the work will completed in 12 days. Statement II is not related to the question.
Find the value of 'a' and 'b' which satisfy the following equations:
9a + 7b = 30
4a - 5b = 62
I. 2p2 + 5p + 2 = 0 II. 2q2 + 11 q + 14 = 0
I. 8/(√x) + 6/(√x) = √x
II. y ³- (14)7/2 /(√y) = 0
If x - √3 y = 8 Find the slope in angle?
I. p² - 365 = 364
II. q - √ 529 = √ 169
If in two linear equations ax + by = c and dx + ey = f and a/d = b/e = c/f then, which of the following is true about the two equations?
I. p2 – 5p + 6 = 0
II. 36q2 = 81
...The ratio of roots of an equation
ax²+bx+b = 0 is p : q
Then find, √p/√q + √q/√p + √p/√q ?
The length of a line segment A, B is 10 units. The coordinates of point A are(2,3) and the value of ordinate of point B is 5. Then find the value of abs...
If (5√P - 7√Q) = 5, [1.5P = 4Q-(R/3)+9] and (√P/√Q) = 1.6, then find out the value of ‘R’.