Please i have racked my brain yet I wouldn't get an answer to it

Processing answers...

71. (C)

72. (B)

73. (C)

74. (B)

75. (A)

PS: Don't hesitate to ask if there's a need to understand how I got the answers.

exynos:
Processing answers...

71. (C)

72. (B)

73. (C)

74. (B)

75. (A)

PS: Don't hesitate to ask if there's a need to understand how I got the answers.

Yes I need to know how u came across the answers. Thank you so much

NaturalKinzzy:









Yes I need to know how u came across the answers. Thank you so much

Alright!

Now from the first example given, we are having some set of numbers relating to each other.

Looking closer to those numbers that forms the base of the data, we'd notice a defined order of arrangement. The numbers tend to decrease by a factor of 3 as we proceed across, from left to right. I.e 18 => 15 => 12.

The middle number on the square box adds up with the last number on the baseline, I.e from your R.H.S. to equate the upper number on the data. I.e 12 + 6 = 18

Apply this technique to all questions, thank you.

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You deserve an award

exynos:
Processing answers...

71. (C)

72. (B)

73. (C)

74. (B)

75. (A)

PS: Don't hesitate to ask if there's a need to understand how I got the answers.

Abduljohn:
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You deserve an award

Always loyal

Through out my primary skul days,d lowest score I get for quantitative na 99/100..back den I dey reason am how I take miss 1 question

exynos:


Alright!

Now from the first example given, we are having some set of numbers relating to each other.

Looking closer to those numbers that forms the base of the data, we'd notice a defined order of arrangement. The numbers tend to decrease by a factor of 3 as we proceed across, from left to right. I.e 18 => 15 => 12.

The middle number on the square box adds up with the last number on the baseline, I.e from your R.H.S. to equate the upper number on the data. I.e 12 + 6 = 18

Apply this technique to all questions, thank you.

Thank you sir