How do you represent root 9/3 on a number line?
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How do you represent root 9/3 on a number line?
- Draw a line segment AB of length 9. 3 units.
- Extend the line by 1 unit more such that BC=1 unit .
- Find the midpoint of AC.
- Draw a line BD perpendicular to AB and let it intersect the semicircle at point D.
- Draw an arc DE such that BE=BD.
How do you represent root 9 on a number line?
so β9 is equals to 3 and 3 is a positive natural number so it is present on the right side of the number line and negative numbers are present on the left side of number line but 3 is positive so we can represent it as shown in the figure in attachment . the number line contain all the real numbers.
How do you represent root 3 1 on a number line?
We draw a perpendicular 1 unit tall to get our 3rd point. Once again we have a right angled triangle and we can say that the hypotenuse will be β3 in measure. We draw a curve with point #1 as center and β3 as radius. The point where this curve and X axis meet will be 1 + β3.
How do you draw root 7 on a number line 9?
1 Answers
- Draw a number line and mark 0, 1, 2, 3..etc.
- Mark 0 as point O and 2 as B.
- Now from B, draw a perpendicular AB of length 1 unit.
- Join OA.
- Again From A, draw a perpendicular AC of length 1 unit.
- Join OC.
- Again From C, draw a perpendicular CD of length 1 unit.
- Join OD.
How can I plot root 9 3 on the number line?
How can I plot root 9.3 on the number line? Here are the stepwise explanation for the plotting of 9.3 on the number line. Draw a line AB by measuring 9.3cm. From the point, B add 1cm and mark it as C. Mark the point of bisection by a compass and say it as βOβ. Measure AO which is the radius and draws a semi-circle.
How to draw a semicircle on a number line?
Represent β (9.3) on the number line. >> Represent β (9.3) on the num… on the number line. 1) Draw a line segment AB of length 9.3 units. 2) Extend the line by 1 unit more such that BC=1 unit . 3) Find the midpoint of AC. 4) Draw a line BD perpendicular to AB and let it intersect the semicircle at point D.
How do you represent βπ on the number line?
βπ on the Number line Represent βπ on Number Line Letβs draw the number line Using Pythagoras Theorem OB2 = OP2 + PB2 OB2 = (β2)^2 + 12 OB2 = 2 + 1 OB = β3 Example 4 Locate 3 on the number line For drawing 3 we consider Pythagoras theorem.