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Maths-

General

Easy

Question

Area of square field is $1 fraction numerator 17 over denominator 64 end fraction c m to the power of 2 end exponent$ . The length of each side is

$2 \frac{1}{8} c m$
$1 \frac{1}{8} c m$
$1 \frac{3}{8} c m$
$2 \frac{3}{8} c m$

The correct answer is: $1 fraction numerator 1 over denominator 8 end fraction c m$

To find the length of side
$W e space k n o w space t h a t space a r e a space o f space s q u a r e space equals space s i d e cross times space s i d e space L e t comma space s i d e equals a space space n o w comma space space a r e a space equals space a cross times a space a squared space space equals 1 cross times 17 divided by 64 space space equals space space 81 divided by 64 space space space space equals greater than a equals space square root of 81 divided by 64 end root space space space space space space space equals greater than a equals space space 9 divided by 8 space $

Hence option 3 is correct

Related Questions to study

The cube root of 110592 is

Hence option 4 is correct

The cube root of 110592 is

Hence option 4 is correct

In a Quadrilateral ABCD, bisectors of $angle A blank a n d blank angle B$ meet at a point P. If $angle C equals$ 100º and $angle D equals 50 to the power of ring operator end exponent$ then measure of $angle A P B equals ?$

Hence option 2 is correct

In a Quadrilateral ABCD, bisectors of $angle A blank a n d blank angle B$ meet at a point P. If $angle C equals$ 100º and $angle D equals 50 to the power of ring operator end exponent$ then measure of $angle A P B equals ?$

Hence option 2 is correct

The side $stack B C with bar on top$ of an equilateral triangle ABC is trisected at (D) Then $A D to the power of 2 end exponent equals horizontal ellipsis.. cross times A B to the power of 2 end exponent$

The side $stack B C with bar on top$ of an equilateral triangle ABC is trisected at (D) Then $A D to the power of 2 end exponent equals horizontal ellipsis.. cross times A B to the power of 2 end exponent$

parallel

In the figure, $stack D E with bar on top divided by divided by stack B C with bar on top blank a n d blank a r blank left parenthesis triangle A D E right parenthesis equals a r invisible function application left parenthesis capital delta B E left parenthesis D right parenthesis.$ The value of $fraction numerator B D over denominator A B end fraction equals ?$

In the figure, $stack D E with bar on top divided by divided by stack B C with bar on top blank a n d blank a r blank left parenthesis triangle A D E right parenthesis equals a r invisible function application left parenthesis capital delta B E left parenthesis D right parenthesis.$ The value of $fraction numerator B D over denominator A B end fraction equals ?$

In the figure, $stack A B with bar on top divided by divided by stack C D with bar on top divided by divided by stack E F with bar on top$ . If AB = 6 cm, BE = 4cm, [ ] CD = 10cm, then EF + EC = .... Cm

In the figure, $stack A B with bar on top divided by divided by stack C D with bar on top divided by divided by stack E F with bar on top$ . If AB = 6 cm, BE = 4cm, [ ] CD = 10cm, then EF + EC = .... Cm

In the figure, $angle A equals angle C E D$ , AB = 9cm, AD = 7cm, CD = 8cm and CE = 10cm Then DE = ?

In the figure, $angle A equals angle C E D$ , AB = 9cm, AD = 7cm, CD = 8cm and CE = 10cm Then DE = ?

parallel

In the figure, $stack A B with bar on top divided by divided by stack Q R with bar on top$ . If AB = 3cm, PB = 2cm and PR = 6cm then QR=? Cm

In the figure, $stack A B with bar on top divided by divided by stack Q R with bar on top$ . If AB = 3cm, PB = 2cm and PR = 6cm then QR=? Cm

In the figure, $stack A B with bar on top divided by divided by stack C D with bar on top blank a n d blank stack A C with bar on top intersection stack B D with bar on top equals 0. blank I f blank O A equals 3 x minus 1 comma$ OB = 2x + 1, OC = 5x – 3, OD = 6x – 5 then AC =....units

In the figure, $stack A B with bar on top divided by divided by stack C D with bar on top blank a n d blank stack A C with bar on top intersection stack B D with bar on top equals 0. blank I f blank O A equals 3 x minus 1 comma$ OB = 2x + 1, OC = 5x – 3, OD = 6x – 5 then AC =....units

In $triangle A B C comma D element of stack B C with bar on top blank a n d blank fraction numerator A B over denominator A C end fraction equals fraction numerator B D over denominator D C end fraction. blank I f blank angle B equals 70 to the power of ring operator end exponent blank a n d blank angle C equals 50 to the power of ring operator end exponent blank t h e n blank angle B A D equals$

In $triangle A B C comma D element of stack B C with bar on top blank a n d blank fraction numerator A B over denominator A C end fraction equals fraction numerator B D over denominator D C end fraction. blank I f blank angle B equals 70 to the power of ring operator end exponent blank a n d blank angle C equals 50 to the power of ring operator end exponent blank t h e n blank angle B A D equals$

parallel

In the figure, $stack A B with bar on top divided by divided by stack C D with bar on top divided by divided by stack E F with bar on top$ . If AB = 6 cm, BE = 4cm, [ ] CD = 10cm, then EF + EC = .... Cm

In the figure, $stack A B with bar on top divided by divided by stack C D with bar on top divided by divided by stack E F with bar on top$ . If AB = 6 cm, BE = 4cm, [ ] CD = 10cm, then EF + EC = .... Cm

In the figure, $angle A equals angle C E D$ , AB = 9cm, AD = 7cm, CD = 8cm and CE = 10cm Then DE = ?

In the figure, $angle A equals angle C E D$ , AB = 9cm, AD = 7cm, CD = 8cm and CE = 10cm Then DE = ?

In the figure, $stack A B with bar on top divided by divided by stack Q R with bar on top$ . If AB = 3cm, PB = 2cm and PR = 6cm then QR=? Cm

In the figure, $stack A B with bar on top divided by divided by stack Q R with bar on top$ . If AB = 3cm, PB = 2cm and PR = 6cm then QR=? Cm

parallel

In the figure, $stack A B with bar on top divided by divided by stack C D with bar on top blank a n d blank stack A C with bar on top intersection stack B D with bar on top equals 0. blank I f blank O A equals 3 x minus 1 comma$ OB = 2x + 1, OC = 5x – 3, OD = 6x – 5 then AC =....units

In the figure, $stack A B with bar on top divided by divided by stack C D with bar on top blank a n d blank stack A C with bar on top intersection stack B D with bar on top equals 0. blank I f blank O A equals 3 x minus 1 comma$ OB = 2x + 1, OC = 5x – 3, OD = 6x – 5 then AC =....units

Which possesses the tendency of complex formation?

Which possesses the tendency of complex formation?

Chemistry-General

Lanthanides which are placed below the main body of periodic table are a part of:

Lanthanides which are placed below the main body of periodic table are a part of:

Chemistry-General

parallel

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