The smallest perfect square number divisible by each of 6 and 12 is:
36
The goal is to find the smallest number that is both a perfect square and divisible by both 6 and 12.
First, find the LCM of 6 and 12. The LCM is the smallest number divisible by both numbers.
So, 12 is the smallest number divisible by both 6 and 12.
Next, check if the LCM (12) is a perfect square. A perfect square has prime factors with even exponents.
To find the smallest perfect square divisible by 12, we need to adjust the prime factorization of 12 ($2^2 \times 3^1$) so all exponents are even. We need to multiply by $3^1$ (which is 3) to make the exponent of 3 even.
The number 36 is a perfect square ($6^2$) and is divisible by both 6 ($36 \div 6 = 6$) and 12 ($36 \div 12 = 3$).
The smallest perfect square number divisible by each of 6 and 12 is 36.
A frog was at the bottom of an 80 m deep well. It attempted to come out of it by jumping. In each jump, it covered 1.15 m but slipped down by 0.75 m. The number of jumps after which it would be out of the well is:
The L.C.M. of two different numbers are 30. Which of the following cannot be their H.C.F.?
A frog was at the bottom of an 80 m deep well. It attempted to come out of it by jumping. In each jump, it covered 1.15 m but slipped down by 0.75 m. The number of jumps after which it would be out of the well is:
The L.C.M. of two different numbers are 30. Which of the following cannot be their H.C.F.?
If a: b=2:3, b:c=5: 7, then find the ratio c: a.
Which number among 38211, 38121, 32118, and 31128 is divisible by 24?
The following pie chart shows the percentage distribution of a total of 1600 employees in different departments of a
company. The table shows the ratio of male to female employees in different departments. Study the information and answer
the question that follows. What is the percentage of the number of employees in production department to the number of female employees of all the departments taken together? (correct to one decimal place)
