Math, asked by sujatatamang741, 3 days ago

place
$\sqrt{3}$
an number li nen using scale and pencil compass

Answers

Answered by ItzBrainlyLords

$\huge \red \star \large \green \star \tiny \orange \star \huge \underline{ \boxed{ \red{ \frak{s}} \frak{ \orange{o} \blue{lu} \pink{t} \green{io} \red{n}}}} \tiny \orange \star \large \green \star \huge \red \star$

⍟ Construction :

$\large \sf \star \: \sqrt{3} = 1.7cm \: \: (approx)$

But we have to place it using scale and compas

For simple placement

point on 1.7cm

Now, Using Conpass :

➜ Draw a line with,

numbers 0,1,2,3
Give 2cm gap between each number

➜ Now open compass to any measure

and create 90° on measure '1'

Now open compass to 1cm

Now join 0 to A as shown in above pic

(To Prove )

Now, Keep compass on measure 1 of number line and open to 1cm

➜ Create an arc from A to P

Here you got,P as root 3cm

▁▁▁▁▁▁▁▁▁▁▁▁▁▁▁▁▁▁▁▁▁▁▁

✪ Proof :

$\: \: \: \: \: \: \: \: \large \tt \star \: 0 \: \: to \: \: a = \pink {\: \sqrt{3} units} \\ \: \: \: \: \: \: \: \: \: \large \star \tt \: 0 \: \: to \: \: 1cm = \pink{2units }\\ \large \star \tt \: 1cm \: \: to \: \: a = \pink{ 1units}$

✪ Measure Of P :

Near to 1.7cm

Attachments:

Answered by ItzBrainlyLords

⍟ Construction :

$\large \sf \star \: \sqrt{3} = 1.7cm \: \: (approx)$

But we have to place it using scale and compas

For simple placement

point on 1.7cm

Now, Using Conpass :

➜ Draw a line with,

numbers 0,1,2,3
Give 2cm gap between each number

➜ Now open compass to any measure

and create 90° on measure '1'

Now open compass to 1cm

Now join 0 to A as shown in above pic

(To Prove )

Now, Keep compass on measure 1 of number line and open to 1cm

➜ Create an arc from A to P

Here you got,P as root 3cm

▁▁▁▁▁▁▁▁▁▁▁▁▁▁▁▁▁▁▁▁▁▁▁

✪ Proof :

✪ Measure Of P :

Near to 1.7cm

Attachments:

Answered by ItzBrainlyLords

⍟ Construction :

$\large \sf \star \: \sqrt{3} = 1.7cm \: \: (approx)$

But we have to place it using scale and compas

For simple placement

point on 1.7cm

Now, Using Conpass :

➜ Draw a line with,

numbers 0,1,2,3
Give 2cm gap between each number

➜ Now open compass to any measure

and create 90° on measure '1'

Now open compass to 1cm

Now join 0 to A as shown in above pic

(To Prove )

Now, Keep compass on measure 1 of number line and open to 1cm

➜ Create an arc from A to P

Here you got,P as root 3cm

▁▁▁▁▁▁▁▁▁▁▁▁▁▁▁▁▁▁▁▁▁▁▁

✪ Proof :

✪ Measure Of P :

Near to 1.7cm

Attachments:

Answered by ItzBrainlyLords

⍟ Construction :

$\large \sf \star \: \sqrt{3} = 1.7cm \: \: (approx)$

But we have to place it using scale and compas

For simple placement

point on 1.7cm

Now, Using Conpass :

➜ Draw a line with,

numbers 0,1,2,3
Give 2cm gap between each number

➜ Now open compass to any measure

and create 90° on measure '1'

Now open compass to 1cm

Now join 0 to A as shown in above pic

(To Prove )

Now, Keep compass on measure 1 of number line and open to 1cm

➜ Create an arc from A to P

Here you got,P as root 3cm

▁▁▁▁▁▁▁▁▁▁▁▁▁▁▁▁▁▁▁▁▁▁▁

✪ Proof :

✪ Measure Of P :

Near to 1.7cm

Attachments:

Answered by ItzBrainlyLords

⍟ Construction :

$\large \sf \star \: \sqrt{3} = 1.7cm \: \: (approx)$

But we have to place it using scale and compas

For simple placement

point on 1.7cm

Now, Using Conpass :

➜ Draw a line with,

numbers 0,1,2,3
Give 2cm gap between each number

➜ Now open compass to any measure

and create 90° on measure '1'

Now open compass to 1cm

Now join 0 to A as shown in above pic

(To Prove )

Now, Keep compass on measure 1 of number line and open to 1cm

➜ Create an arc from A to P

Here you got,P as root 3cm

▁▁▁▁▁▁▁▁▁▁▁▁▁▁▁▁▁▁▁▁▁▁▁

✪ Proof :

✪ Measure Of P :

Near to 1.7cm

Attachments:

Answered by ItzBrainlyLords

⍟ Construction :

$\large \sf \star \: \sqrt{3} = 1.7cm \: \: (approx)$

But we have to place it using scale and compas

For simple placement

point on 1.7cm

Now, Using Conpass :

➜ Draw a line with,

numbers 0,1,2,3
Give 2cm gap between each number

➜ Now open compass to any measure

and create 90° on measure '1'

Now open compass to 1cm

Now join 0 to A as shown in above pic

(To Prove )

Now, Keep compass on measure 1 of number line and open to 1cm

➜ Create an arc from A to P

Here you got,P as root 3cm

▁▁▁▁▁▁▁▁▁▁▁▁▁▁▁▁▁▁▁▁▁▁▁

✪ Proof :

✪ Measure Of P :

Near to 1.7cm

Attachments:

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✪ Proof :

place
$\sqrt{3}$
an number li nen using scale and pencil compass