WebAnswer: How to figure out 13 is 52% of what? Start by identifying the part (13) and the whole (52) By replacing the given values in the formula above, you get: Now, cross-multiply the last equation: % × 52 = 13 × 100 Then divide by 52 to get the percentage value: So, 13 equals 25% of 52 Copyright © clickcalculators.com WebSep 14, 2024 · According to the question, we have 13% of a number is equal to 117. This means, 13% of x = 117 The above statement can be written as On solving the above, we get Hence, the required number is 900. Advertisement agarwallalit761 Answer: yeteteetgwgdgdgd the rgttgrghdjxjxjd fjfhfh Step-by-step explanation: …
the number whose 13 % is 52 - Brainly.in
WebThe number, whose 13% is 52, is A 300 B 400 C500 D 900. Question. Gauthmathier0886. Grade . 9 · 2024-06-01. YES! We solved the question! Check the full answer on App Gauthmath. Get the Gauthmath App. Good Question (106) Gauth Tutor Solution. Liam. University Of São Paulo. Master's degree. Answer. WebCalculate a percent of a value before and after, or find the percentage change between two values, and see how to calculate each one. Examples: Apply 10% to 100, and see how each value was calculated Try 12.5% of 50: the "50 less 12.5%" value is 43.75. Then try 12.5% of 43.75 (shows that before a 12.5% reduction it was 50.) church pictures and images
Answered: A compound is found to contain 52.13%… bartleby
WebTo find a number whose 13 % is 65. Let the required number be x. Now find 13 % of x and equate it with 65. 13 % of x = 65. 13 100 × x = 65. x = 65 × 100 13, divide numerator and denominator by 13. x = 5 × 100. x = 500. Hence, 13 % of 500 is 65 Web59 rows · This easy and mobile-friendly calculator will calculate a 13% increase from any number. Just type into the box and your calculation will happen automatically. WebA compound is found to contain 52.13% carbon, 13.15% hydrogen, and 34.72% oxygen by weight. What is the empirical formula for this compound? (Enter the elements in the order: C ,H ,O .) ... Number of moles is given by the ratio of mass of the substance to that of the molecular mass. 1 mole ... dew hospital