WebAug 14, 2024 · Amount of iron in 1 kg mixture = 20% of 1000 gms = 20×1000100 = 200 gms Therefore, Amount of sand in mixture = (1000 - 200) gms = 800 gms Now, let the total mixture is x kg in which iron is 20% Therefore, According to question, 50% of x = 200 gm 5×x100=200gm x=200×1005 gms x=200005gms=4000gms Therfore, Required answer WebAmount of iron in 1 kg mixture = 20% of 1000 gms = 20 × 1000 100 = 200 gms Therefore, Amount of sand in mixture = (1000 - 200) gms = 800 gms Now, let the total mixture is x …
In 1 kg mixture of iron and manganese 20% of manganese. How much iron …
WebIn 1 kg mixture of iron and manganese 20% of manganese. How much iron should be added so that the proportion of manganese becomes 10% Options: 1.5 Kg . 2 Kg . 5 Kg . 1 Kg . View Answer. Related questions . 1) A jogging park has two identical circular tracks touching each other, and a rectangular track enclosing the two circles. The edges of the ... WebJan 17, 2024 · The percentage of iron in 1 kg of mixture is 20% Calculation: The amount of iron = 20/ 100 x 1000 = 200gm (1kg = 1000 gm) The amount of sand = 1000 - 200 = 800 g … raymond r johnson
In 1kg of mixture of sand and iron,20% is iron. How much sand …
WebMar 28, 2024 · The percentage of iron in 1 kg of mixture is 20%. Calculation: The amount of iron = 20/100 × 1000 = 200gm (1kg = 1000 gm) The amount of sand = 1000 - 200 = 800 … WebStep 1: Identify the components of the mixture. The two components in the mixture are sand and salt. Step 2: Find the percentage of the desired component present in the mixture. 30% of... WebJan 11, 2024 · In addition, 1 kg 20% WITP mortar reduced cement consumption by 20%, which saves 19.98% of the economic cost. ... The mixed fine aggregate is a mixture of WITP and river sand. Table 4 shows the properties of natural river sand and mixed sand, including particle size distribution, apparent density, compact packing density, and compact … simplify 2m 2 4