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What else can I help you with?
Is there a math problem that cannot be solved by completing the square?
If you aren't dealing with algebra, such as x2+3x+21, then completing the square wont be able to solve the porblem, however if you are using algebra, and you cannot factorise, then completing the square will always work
What has 4 triangular bases and square base?
An object cannot have more than one base. However a pyramid has 4 triangular FACES and a square BASE.
Is one ninth a perfect square?
dont think so * * * * * A perfect square is a term that is normally used to refer to squares of integers and, in that respect, 1/9 cannot be a perfect square. However, it is the square of ± 1/3.
What is the rationalizing the radical of 3 square root of 5?
3 square root of 5 cannot be rationalised.3 square root of 5 cannot be rationalised.3 square root of 5 cannot be rationalised.3 square root of 5 cannot be rationalised.
How many faces does a triangular square have?
None, because there can be no such thing as a triangular square. If it is triangular it cannot be a square, if it is a square it cannot be triangular.
In the square of opposition the A- and E-claims can both be false however they cannot both be true?
Contrary claims
What is a square corner?
A square cannot be a corner and a corner cannot be a square.
Is there a math problem that cannot be solved by completing the square?
If you aren't dealing with algebra, such as x2+3x+21, then completing the square wont be able to solve the porblem, however if you are using algebra, and you cannot factorise, then completing the square will always work
What are surds?
A surd is a square root which cannot be reduced to a whole number: however you need to be able to simplify them.
What has 4 triangular bases and square base?
An object cannot have more than one base. However a pyramid has 4 triangular FACES and a square BASE.
Is one ninth a perfect square?
dont think so * * * * * A perfect square is a term that is normally used to refer to squares of integers and, in that respect, 1/9 cannot be a perfect square. However, it is the square of ± 1/3.
What is the rationalizing the radical of 3 square root of 5?
3 square root of 5 cannot be rationalised.3 square root of 5 cannot be rationalised.3 square root of 5 cannot be rationalised.3 square root of 5 cannot be rationalised.
Can a square be every thing except a trapezoid?
Of course not!A square cannot be a kite nor an arrowhead.A square cannot be a rectangle - whose adjacent sides are unequal.A square cannot be a rhombus - whose adjacent angles are unequal.A square cannot be a parallelogram - whose adjacent sides and adjacent angles are unequal.A square cannot be any polygon does not have 4 sides.A square cannot be a non-polygonal plane shape (circle, ellipse).A square cannot be a plane open area.A square cannot be a shape in 3 or more dimensions.I could continue, but I hope you get the idea.
How many faces does a triangular square have?
None, because there can be no such thing as a triangular square. If it is triangular it cannot be a square, if it is a square it cannot be triangular.
Why cant you evaluate square root -25?
You cannot in real numbers because the square of any number, negative or positive, is positive. However, -25 does have a square root in complex numbers: it is + or - 5i where i is the imaginary square root of -1.
How do you get the square of an irregular shape?
A square is not an irregular shape and conversely. So the square of an irregular shape cannot exist.A square is not an irregular shape and conversely. So the square of an irregular shape cannot exist.A square is not an irregular shape and conversely. So the square of an irregular shape cannot exist.A square is not an irregular shape and conversely. So the square of an irregular shape cannot exist.
Why can a rectangle also be a square?
it cant all sides have to be equilateral edit- a rectangle cannot be a square. however, a square can be a rectangle. reedit - A rectangle can be a square, however, a square must be a rectangle. A rectangle has four 90 degree angles, which a square also has. The rectangle has two pairs of equal length sides, which a square also has. The only additional requirement for a square is that the length of all four sides be equal, which is not ruled out for a rectangle.
