Question
If box R has 8 shirts and box P has 4 times the number
of shirts of box R then what is the possible number of shirts in box T? Answer the questions based on the information given below. There are six boxes P, Q, R, S, T and U each having a different number of shirts. S has more shirts than only 2 boxes. P has more shirts than T but less shirts than U. P has more shirts than R but less shirts than Q. T is not the box which has lowest number of shirts. Q does not have odd number of shirts. The box which has second highest number of shirts has 42 shirts.Solution
S has more shirts than only 2 boxes. _ > _ > _ > S > _ > _ P has more shirts than T but less shirts than U. P has more shirts than R but less shirts than Q. T is not the box which has lowest number of shirts. _ > _ > P > S > T > R Q does not have odd number of shirts. The box which has second highest number of shirts has 45 shirts. So, Q must have highest number shirts and U must have 45 shirts. Q > U (45) > P > S > T > R The possible number of shirts in box P is 37.
32 × 3 (54 – 15) + 186 ÷ 3 ÷ 2 – (21)² = ?
17% of 250 + ? = 108
32 + 26 Γ (484 Γ· 44) + 450 Γ· 9 = ?Β
40 Γ 5 + 27) Γ 9 = ?
What will come in the place of question mark (?) in the given expression?
193...
116*2/3% of 18600 + 666*2/3% of 1290 = 457*1/7% of 1750 + 555*5/9% of 3150 + ?
What will come in the place of question mark (?) in the given expression?
β1296 + (2/3 of 45% of 480) = ?
- Determine the value of βpβ if p = β529 + β1444
120% of 250 + 110 + 135 Γ· 5 = ?