History, asked by advaitadvika999, 1 month ago

 \large \dag Question :- The numerator of a fraction is 5 less than its denominator . If 3 is added to the numerator and denominator both , the fraction becomes 4/5 . Find the original fraction.  \large \dag Answer :- \red\dashrightarrow\underline{\underline{\sf  \green{The   \: Original \:  Fraction  \: is \:  \frac{17}{22} }} }\\  \large \dag Step by step Explanation :- Let Numerator and Denominator of Original Fraction be : Numerator = x As Per the question numerator of the fraction is 5 less than it's denominator so, Denominator should be = x + 5 So , \text{Original Fraction = } \frac{\text x}{\text x + 5}  \\ \\ ❒ When 3 is added to both the numerator and denominator : \\ \rm \text{Fraction Becomes } :  \frac{x +3}{x + 8}  \\  \\ ⏩ According To Question :  \\ \large \blue \bigstar  \:   \red{ \bf  \frac{x+3}{x + 8} =  \frac{4}{5}  } \\ \\ :\longmapsto \rm 5(x +3) = 4(x + 8) \\ \\ :\longmapsto \rm 5x + 15 = 4x + 32 \\ \\ :\longmapsto \rm 5x - 4x = 32-15 \\ \\ \purple{ \large :\longmapsto  \underline {\boxed{{\bf x = 17} }}}\\\\ \blue\dashrightarrow\underline{\underline{\sf  \orange{Numerator  \: of \:  Original  \: Fraction = 17 }} }\\ ☆ As numerator of the fraction is 5 less than it's denominator \rm\therefore \:  Denominator  = 17  + 5\\ \blue\dashrightarrow\underline{\underline{\sf  \orange{Denominator  \: of \:  Original  \: Fraction = 22}} }\\ Therefore, \large\underline{\pink{\underline{\frak{\pmb{ Original  \: Fraction  =  \dfrac{17}{22} }}}}}

Answers

Answered by ItzHighAttitudeQueen
0

Answer:

Mastani (29 August 1699 – 28 April 1740 CE) was the daughter of Maharaja Chhatrasal and Ruhani Bai Begum. She was the second wife of the Maratha Peshwa (Prime Minister) Baji Rao I. Her relationship within the Maratha Brahmin family has been subject of both admiration and controversy,[1][2] and well adapted in Indian novels and cinema

Answered by ashokkumarchaurasia
0

Answer:

A crystal or crystalline solid is a solid material whose constituents (such as atoms, molecules, or ions) are arranged in a highly ordered microscopic structure, forming a crystal lattice that extends in all directions.

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