The problem asks for the maximum number of smaller pieces, each 34.6 cm long, that can be cut from a longer rod measuring 658 cm.
To determine the maximum number of pieces, divide the total length of the rod by the length of each individual piece.
Number of pieces = Total Rod Length / Length per Piece
Using LaTeX for the calculation:
Number of pieces = $\frac{658 \, \text{cm}}{34.6 \, \text{cm}}$
Calculate the division:
$658 \div 34.6 \approx 19.01734$
Since only whole pieces can be cut, we take the integer part of the result. This means we round down to the nearest whole number.
The maximum number of 34.6 cm pieces that can be cut from a 658 cm rod is 19.
Whose famous quote is this?
"If you cry because the sun has gone out of your life, your tears will prevent you from seeing the stars."
The magazine in which Mahatma Gandhi mentioned what he wanted the Constitution to do is:
Which gas shields the surface of the earth from ultraviolet radiation from the sun?
Which event is marked as an Intangible Cultural Heritage of Humanity by UNESCO?
Who has been conferred with the rank of the Commander of the Order of the British Empire in 2018?
Who directead the film ‘Bhuvan Shome’?