In two similar triangles ABC and DEF, AB = 5cm, DE = 9cm If the area of $triangle$ DEF is 405 cm² then area of $triangle$ ABC = cm².

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

In the figure, $stack A B with rightwards arrow on top H stack C D with bar on top text and end text stack A C with bar on top intersection stack B D with bar on top equals 0 blank$ If OA = 3x – 1, OB = 2x + 1, OC = 5x – 3, OD = 6x – 5 then AC = ? units.

Two line segments $stack A B with bar on top$ and $stack C D with bar on top$ intersect at E such that $triangle A C E tilde operator triangle B D E equals$ If AE=4cm,BE=3cm,CE=6cm and DE=xcm then x = ?

From the adjacent figure ,the values of x and y are

In the given figure, ABC is an Isosceles Triangle in which AB = AC, then

In $triangle A B C comma 2 angle A equals 3 angle B equals 6 angle C$ then $angle$ A =?

In the figure, AB = BC = CD = DE = EF and AF = AE Then $angle$ A = ?

In the figure, AB = AC, $angle A equals 48 to the power of 0 end exponent$ and $angle A C D equals 18 to the power of ring operator end exponent$ Then

In the figure, $´ x to the power of 0 end exponent text ´ end text$ and $text ´ end text y to the power of text 0 end text text ´ end text end exponent$ are two exterior angle measures of $triangle$ ABC Then $x to the power of 0 end exponent plus y to the power of 0 end exponent$ is

How many days are there from 2nd Jan 1983 to 15th March 1983 ?

Therefore, number of days between 2nd Jan 1983 to 15th March 1983 is 72 days.

How many days are there from 2nd Jan 1983 to 15th March 1983 ?

Therefore, number of days between 2nd Jan 1983 to 15th March 1983 is 72 days.

At what time between 1 A.M and 2 A.M will both hands of a clock point in opposite directions ?

The time is $38 fraction numerator 2 over denominator 11 end fraction$ minutes past $1$ o'clock when the both hands are in opposite direction.

At what time between 1 A.M and 2 A.M will both hands of a clock point in opposite directions ?

The time is $38 fraction numerator 2 over denominator 11 end fraction$ minutes past $1$ o'clock when the both hands are in opposite direction.

Ramu can complete $fraction numerator 1 over denominator 4 end fraction$ of the work in 5 days and Ravi can complete $fraction numerator 1 over denominator 5 end fraction$ of the same work in 6 days How long would both of them take to complete that work, if they work together ?

Therefore, to complete the work, It takes 12 days if they work together.

Ramu can complete $fraction numerator 1 over denominator 4 end fraction$ of the work in 5 days and Ravi can complete $fraction numerator 1 over denominator 5 end fraction$ of the same work in 6 days How long would both of them take to complete that work, if they work together ?

Therefore, to complete the work, It takes 12 days if they work together.

If A, B and C can finish a piece of work in 12 days, 15 days and 20 days respectively If all the three work at it together and they are paid Rs 960 for the whole work, how should the money be divided among them ?

Therefore, the money should be divided in the ratio of 5:4:3
i.e, A's share=400
B's share=320
C's share=240

If A, B and C can finish a piece of work in 12 days, 15 days and 20 days respectively If all the three work at it together and they are paid Rs 960 for the whole work, how should the money be divided among them ?

Therefore, the money should be divided in the ratio of 5:4:3
i.e, A's share=400
B's share=320
C's share=240