a room is 7 meters 68 centimeters in length and 4 meters 32 centimeters in width. find the least number of square tiles of equal size required to cover the entire floor of the room.	Pick one
A) 107  B) 144  C) 175  D) 165  E) 130
<gadget id="calculator">7 * 100</gadget>
<output>700</output>

<gadget id="calculator">700 + 68</gadget>
<output>768</output>

<gadget id="calculator">4 * 100</gadget>
<output>400</output>

<gadget id="calculator">400 + 32</gadget>
<output>432</output>

<gadget id="calculator">768 * 432</gadget>
<output>331_776</output>

<gadget id="calculator">gcd(768, 432)</gadget>
<output>48</output>

<gadget id="calculator">48 * 48</gadget>
<output>2_304</output>

<gadget id="calculator">331_776 / 2_304</gadget>
<output>144</output>

<result>B</result>
a room is 7 meters 68 centimeters in length and 4 meters 32 centimeters in width. find the least number of square tiles of equal size required to cover the entire floor of the room.
divide(multiply(add(multiply(7, const_100), 68), add(multiply(4, const_100), 32)), multiply(gcd(add(multiply(7, const_100), 68), add(multiply(4, const_100), 32)), gcd(add(multiply(7, const_100), 68), add(multiply(4, const_100), 32))))
"let us calculate both the length and width of the room in centimeters . length = 7 meters and 68 centimeters = 768 cm width = 4 meters and 32 centimeters = 432 cm as we want the least number of square tiles required , it means the length of each square tile should be as large as possible . further , the length of each square tile should be a factor of both the length and width of the room . hence , the length of each square tile will be equal to the hcf of the length and width of the room = hcf of 768 and 432 = 48 thus , the number of square tiles required = ( 768 x 432 ) / ( 48 x 48 ) = 16 x 9 = 144 answer : b"