Math, asked by shahidkhan75915, 2 months ago

the two sides of the parallelogram ABCD are 6cm and 4cm.The height corresponding to the base CD is 3cm.find (i) the area of parallelogram(ii) the height corresponding to the base AD

Answers

Answered by brainly5840

1

Answer:

Given

ABCD is a parallelogram
Two sides of a llgm 6 cm and 4 cm
CD=3cm

To find

the area of the IIgm
The height corresponding to the base AD

Previous Question

Next Question

Similar questions

Math, 1 month ago

draw a five sided polygon and mark it's all diagonals?

Math, 1 month ago

In what time will Rs.4000 lent at 3% p.a. on simple interest earn as much as interest as Rs.5000 will earn in 5 years at 4% p.a. on simple interest? pls ans ...

Math, 1 month ago

Write the terms for the given expression and also write their respective factors under each term. * $23 {a}^{2} b {}^{3 } + 3b^{2} c^{2}{2}$ ...

Physics, 2 months ago

.In the above image, The cleaned magnesium ribbon about 34. cm long is burnt using a burner by holding it with a pair of tong And the ash so formed is collected in a watch-glass A.The magnesium ribbon is kept away as far as possible from eyes? qus.4.1 what is the colour of the powder collected in a watch glass 2 a) white B) Grey c) Black...

Accountancy, 2 months ago

A and B are partner sharing profit in the ratio of 3:2 on April 2007 they admit C as a new partner. the new profit sharing ratio will be 4:3:2 C brought Rs 200000 for his capital but could not bring any share of goodwill . the firm goodwill as C admission was valued at Rs 270000. at the time of C's admission Goodwill existed in the books of the firm at Rs 160000 record necessary journal entries...

English, 11 months ago

make abstract noun for them 1 obey = 2 deep = 3 grow = 4 treat= 5 move = 6 strong = 7 appoint = 8 cowards= 9 noble = 10 slave =...

Math, 11 months ago

I purchased a hair dryer for 5400 including 8% VAT. find the price before VAT was added...

English, 11 months ago

❤answers all❤ ......... ❌❌❌❌❌❌❌❌❌❌❌❌❌❌❌❌❌❌❌❌❌❌❌❌❌❌❌❌❌❌❌❌❌❌ ❌☺No spam☺❌...