Mathematics
Square root spiral
Practice questions
In a square root spiral, what is the length of each new side generally taken from
1 to
2?In a square root spiral, which perpendicular sides are used at the \(\sqrt{6}\) point to construct \(\sqrt{7}\)?To make (\sqrt{11}) in a square root spiral, what should be the previous hypotenuse length?While making a square root spiral, which tool is useful to transfer the hypotenuse length to the number line?What is the reason for (\sqrt{2}) becoming (\sqrt{3}) in a square root spiral?Which calculation is used when (\sqrt{3}) becomes (\sqrt{4}) in a square root spiral?The lines formed in a square root spiral gradually look like which shape?In constructing a square root spiral, a student uses a hypotenuse of \(\sqrt{6}\) and draws a perpendicular side of 1 unit. Which number will the new hypotenuse represent?Just before making (\sqrt{13}) in a square root spiral, which hypotenuse should be present?In a square root spiral, on which feature is each new right-angled triangle constructed?If the previous hypotenuse at a step in a square root spiral is (\sqrt{n}), what is the new hypotenuse after adding a (1) unit perpendicular?What is the purpose of adding a (1) unit perpendicular in a square root spiral?In constructing a square root spiral, which side of the previous right triangle is used as one side of the next triangle?In a square root spiral, which two sides form the right angle to make (\sqrt{3})?How is each new right triangle constructed in a square root spiral to obtain successive lengths \(\sqrt{2}, \sqrt{3}, \sqrt{4}\), and so on?How is each new right triangle constructed while drawing a square root spiral?While constructing a square root spiral, which length segment is taken as one leg of each new right triangle?To make (\sqrt{18}) in a square root spiral, on which previous hypotenuse is a (1) unit perpendicular drawn?To place √20 on the number line using a square-root spiral, which length should be taken in the compass?Which statement is incorrect for a square root spiral?