Question

3. What should be the maximum capacity of the measure to draw 126, 54 and 144 litres from three
different cans?
a. 8
b. 7
C. 16
d. 18​

Answer 1

Answer: The highest capacity is $9$ litres, which may be used to draw $126$ litres, $54$ litres, and $144$ litres of water.

Since we have given that

The first can has a capacity of $126$ litres.

The capacity of the second can is $54$ litres.

⇅$144$ litres is the volume of the third can.

We must determine the measurements' maximum capability.

We need to find the H.C.F of three measurements in order to reach maximum capacity.

$H.C.F. of 126, 54, 144 = 9$

As a result, the maximum capacity is $9$ litres, which can be used to draw $126$ litres, $54$ litres, or $144$ litres.      

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Answer 2

Answer:

The correct option is d. 18​ should be the maximum capacity of the measure to draw 126, 54 and 144 litres from three.

different cans

Explanation:

• The largest capacity is 18 litres, which can be used to draw water in 126 litres, 54 litres, and 144 litres.
• Since we've already given that,
• The first can holds 126 litre of liquid.
• The second can has a volume of 54 litres.
• The volume of the third can is 144 litres.
• We need to figure out the measures' maximum capability.
• In order to obtain maximum capacity, we must find the H.C.F of three measurements.
• H.C.F of 126, 54, 144 = 18.
• As a result, the maximum capacity is 18 litres, with 126 litres, 54 litres, and 144 litres as options.

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