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Proper fraction button and Improper fraction button work as pair. When you choose the one the other is switched off. One million is equal to 1,000 thousands. This is due to the fact that a million is equal to 1,000,000units of a quantity, but a thousand is equal to 1000units. One million is therefore equivalent to 1,000 × 1,000 units, or 1,000 thousands. How many K is equal to 10 Million? If the coarse aggregate is not of an angular shape, the volume of coarse aggregate is required to be increased suitably, based on experience-based.)

As we assumed the aggregate is a saturated surface dry condition, therefore no correction is required. Step-8 Concrete Trail Mixes Concrete Trial Mix 1 The following steps are to be followed for concrete mix design calculation, Step-1 Determining the Target Strength of ConcreteAs we know that ‘K’ is represented as thousand, so we can say that 10 million is equivalent to 10000K 1.6 Million in Thousands

Percentage increase and decrease are calculated by computing the difference between two values and comparing that difference to the initial value. Mathematically, this involves using the absolute value of the difference between two values then dividing the result by the initial value, essentially calculating how much the initial value has changed. P is the percentage, V 1 is the first value that the percentage will modify, and V 2 is the result of the percentage operating on V 1. The calculator provided automatically converts the input percentage into a decimal to compute the solution. However, if solving for the percentage, the value returned will be the actual percentage, not its decimal representation. The volume of aggregate in a total volume of concrete = 1 – [{448.6/(3.15 x 1000)} + (197.4/1000)] = 0.660 m 3With a reduction of 0.05 in w/c, we have to increase of coarse aggregate fraction by 0.01. Percentages are computed by multiplying the value of a ratio by 100. For example, if 25 out of 50 students in a classroom are male, . The value of the ratio is therefore 0.5, and multiplying this by 100 yields: Multiplication Table is an useful table to remember to help you learn multiplication by 15. You should also practice the examples given because the best way to learn is by doing, not memorizing. Online Practice

Read More: Mix Design For Concrete Calculations and Its Ratio for M 25 Grade Step-3 Selection of Water Content for Mix

Hence, the Volume of coarse aggregate per unit volume of total Volume of concrete = 0.62 x 90% = 0.558As mentioned earlier to adjust fresh concrete properties the water-cement ratio should not be changed. Hence So, from the results of the slump of Mix, the concrete is workable and had a true slump of about 60 mm. Because the million to thousand converting factor is 1000, multiply the million value by 1000 to convert it to thousands. Note 1:For every ±0.05 increase or decrease change in w/c, the coarse aggregate proportion is to be changed by 0.01. If the w/c is less than 0.5.)

The 15 times table chart is given below to help you learn multiplication skills. You can use 15 multiplication table to practice your multiplication skills with our online examples or print out our free Multiplication Worksheets to practice on your own. 15 Times Tables Chart Volume of cement = (Weight of cement / Specific gravity of cement) x (1/100) = (383.2/3.15) x (1/1000) = 0.122 m 3S = Standard Deviation (N/mm 2) = 4 (Refer: IS 10262- 2009 table -1) Step-2 Determining Water-Cement ratio The mix design of concrete takes into account various factors such as the compressive strength required, the type and size of aggregates, the water-cement ratio, the shape of coarse aggregates, the workability needed, the exposure conditions, and the type of cement used. These factors play a crucial role in determining the performance and longevity of the concrete structure. Concrete mix design ensures that the concrete mixture is optimized for both strength and economy. It involves a scientific approach that considers the characteristics of the materials used, their proportions, and their interactions. By carefully selecting the ingredients and their proportions, engineers can create a concrete mix with the desired properties, ensuring the structural integrity and longevity of the construction.