Wiki User
∙ 11y ago2.
Wiki User
∙ 11y agoAnonymous
2
-- Find the square root of 4,321.-- It begins with 65.7...-- So the smallest perfect square greater than 4,321 must be (66)2.-- (66)2 = 4,356 .-- 4,356 - 4,321 = 35 .
21
sqrt 12345 is about 111.1062 so the next perfect square is 1122= 12544 so you have to add 199
405 inches
the first one i just move the toothpick on the right over Then move the bottom stick and place it to the right of the top stick to form the square root symbol
One possible answer is 1/2550, which will make the product 1: 1 is a perfect square. Alternately, you could try 102, but that is far from the smallest.
5.
How about 150*6 = 900 which is a perfect square because 30*30 = 900
sqrt(2493) = 49.93 So the largest perfect square smaller than 2493 is 492 = 2401 Therefore, the smallest number to be subtracted is 2493 - 2401 = 92
In terms of prime factors, 1008 = 24*32*7 Then since 24 and 32 are perfect squares, all that is required is to make 7q a perfect square and so q = 7.
The smallest number that you can subtract from 85232 to make it a multiple of 9 is 2
-- Find the square root of 4,321.-- It begins with 65.7...-- So the smallest perfect square greater than 4,321 must be (66)2.-- (66)2 = 4,356 .-- 4,356 - 4,321 = 35 .
you can multiply two whole numbers together to get that. if you use graph paper, you could make a perfect square. the area of that square is called a perfect square because you can make a perfect square using that many units as the area. for example 4x4=16, so 16 would be the perfect square.
3 because 12 times 3 equals 36 and the square root of 36 is 6! hope this helped! :-)
k = 98. In the prime factorization (in power format) of a perfect cube, every prime must be to the power of a multiple of 3. 756 = 2^2 x 3^3 x 7 Thus the smallest perfect cube that is a multiple of 756 is 2^3 × 3^3 × 7^3; to obtain this need to multiply 756 by 2^1 × 3^0 × 7^2 = 98 Thus the smallest k to make 756k a perfect prime is k = 98.
no
The square root of 50 would make a perfect square. Something around 7.something for each side of the square. That's the biggest area you could have. The smallest? two sides of 24.99999 and two sides of 0.00001