Math, asked by shefalibhatia2p37dyp, 4 months ago

Add the following-
Plz tell the answer of the above question i will mark u as brainliest plsss

Attachments:

Answers

Answered by rafiq63

2

Answer:

5x²y+(-3x²y)+1/2x²y+4/5x²y

=5x²y-3x²y+1/2x²y+4/5x²y

=2x²y+(5+8/10x²y)

=2x²y+13/10x²y

=2x²y+1.3x²y

=3.3x²y

Previous Question

Next Question

Similar questions

Math, 2 months ago

what is the coefficient form of the following polynomial: ${3m}^{4}-{7m}^{3}+{5m}^{2}+2$ ...

English, 2 months ago

Why do Jim and Hans think that the games or sports are good ways of resolving conflicts? Do you agree?? Chapter 1 The best Christmas present in the world (class 8) Please don't spam otherwise your answer will be reported...

English, 2 months ago

12. Which of these is not a part of proposal? (A) content (B) outline (C) first page (D) complaint...

English, 4 months ago

I recieved no response. I called out loudly again.

English, 4 months ago

pick out adverbs he never comes home late ...

Physics, 10 months ago

A curved road of 50m in radius is banked to correct angle for a given speed. If the speed is to be double keeping the same banking angle, the radius of curvature of the road should be changed to.

Physics, 10 months ago

Civil engineers bank a road to help a car negotiate a curve. While designing a road they usually ignore friction. However, a young engineer decided to include friction in his calculation while designing a road. The radius of curvature of the road is R and the coefficient of friction between the tire and the road is mu. (a) What should be the banking angle (theta_(0)) so that car travelling up to...

Physics, 10 months ago

(a) Find the maximum speed at which a vehicle can turn round a curve of 20m radius on a level road, mu_(s)=0.5. (b) A circular track of radius 100 m is to be designed for vehicles at an average speed of 72km//h. Find the angle of banking of the track.