Cost of a diamond varies directly a the squares of its weight. A diamond broke into four pieces with their weights in the ratio 1:2:3.if the loss in the total value of the diamond was Rs. 70000, find the price of the original diamond.

The cost of a piece of diamond varies with the square of its weight. A diamond of Rs. 5,184 value is cut into 3 pieces whose weights are in the ratio 1:2:3. Find the loss involved in the cutting.

The value of a diamond is directly proportional to the square of its weight. A diamond unfortunately breaks into three pieces with weights in the ratio of 3 : 4 : 5 thus a loss of ₹ 9.4 lakh is incurred. What is the actual value of diamond :

The cost of a precious stone varies as the cube of its weight. The stone broke into 3 pieces whose weights are in the ratio 1 : 2 : 3 . As a result its cost reduces . If the cost of the unbroken stone is Rs. 96, 336, then find the loss incurred due to breakage.

The cost of the plyboard varies directly with square of its weight. Plyboard is broken into 3 parts whose weight are in the ratio 9:2:1. If plyboard had been broken into three part whose weight are in the ratio 7 :3: 2 then there would have been a further loss of Rs 448. What is the actual cost of original plyboard?

The price of a diamond is directly proportional to square of its weight. A man broke the diamond accidently in three pieces in the ratio of 3 : 5 : 7 and thus lost Rs. 42600. What was the original price (in Rs.) of the diamond?

The cost of the plyboard varies directly with square of its weight are in the ratio 9:2:1 . If plyboard had been broken into three part whose weight are in the ratio 7:3:2 then would have been a further loss of Rs. 448 .What is the actual cost of original plyboard ?