Which of the following pairs of numbers and signs, when their positions are interchanged, will correctly solve the given mathematical equation

Which of the following pairs of numbers and signs, when their positions are interchanged, will correctly solve the given mathematical equation

Which of the following pairs of numbers and signs, when their positions are interchanged, will correctly solve the given mathematical equation? 27 × 48 + 4 – 12 ÷ 4 = 63 (a)          48 and 12, – and × (b)          27 and 4, – and ÷ (c)           48 and 12, + and × (d)          48

Which of the following pairs of numbers and signs, when their positions are interchanged, will correctly solve the given mathematical equation Read More »

PQR is an isosceles triangle in which PQ = QR. QD is an angle bisector of ∠PQR. MN and ZX are two perpendicular on PR where MN = ZX

PQR is an isosceles triangle in which PQ = QR. QD is an angle bisector of ∠PQR. MN and ZX are two perpendicular on PR where MN = ZX

PQR is an isosceles triangle in which PQ = QR. QD is an angle bisector of ∠PQR. MN and ZX are two perpendicular on PR where MN = ZX. If QD = 27 cm, DX = 11 cm, XR = 9 cm, then find the area of shape QMNXZ? (a) 461.32 cm² (b) 430.65 cm²

PQR is an isosceles triangle in which PQ = QR. QD is an angle bisector of ∠PQR. MN and ZX are two perpendicular on PR where MN = ZX Read More »

A person covers 40% of the distance from A to B at 10 km/hr, 40% of the remaining distance at 9 km/hr. and the rest at 12 km/h

A person covers 40% of the distance from A to B at 10 km/hr, 40% of the remaining distance at 9 km/hr. and the rest at 12 km/h

A person covers 40% of the distance from A to B at 10 km/hr, 40% of the remaining distance at 9 km/hr. and the rest at 12 km/h. His average speed (in km/hr) for the journey is? Answer: Option C Sol: Ratio of distance = (40%: 24%: 36%) × 3 = 120 km: 72 km:

A person covers 40% of the distance from A to B at 10 km/hr, 40% of the remaining distance at 9 km/hr. and the rest at 12 km/h Read More »

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