Math, asked by Rashipriya1029, 1 month ago

MCQ:-

1. A boy runs 6km in 45minutes. His speed in km/h is
(a) 20/9
(b) 8
(c) 270

2. A cyclist's speed is 5m/s. The distance he covers in 2 hour is
(a) 18km
(b) 36km
(c) 54km

3. A bus travels at a speed of 50km/h. How long will it take to cover 175km?
(a) 3.5 hours
(b) 4.5 hours
(c) 5.5 hours

4. 3km/h is not equal to
(a) 50 m/min
(b) 5/6 m/s
(c) 54/5 m/s

5. Speed x Time =
(a) Average Speed
(b) Uniform speed
(c) Distance

6. 11.5% =
(a) 1.15
(b) 115
(c) 0.115

7. 12 ½ % of 400 is
(a) 50
(b) 200
(c) 300

8. 20% of 60 = x % of 300,then x is
(a) 10
(b) 4
(c) 2

9. A line segment of length 7.5cm was wrongly measured as 7.2cm. What was the error percent?
(a) 4
(b) 50/9
(c) 2

10. Rakesh got 648 marks out of 900 and Alka got 450 marks out of 600.Who performed better?

(a) Both of them performed equally
(b) Alka
(c) Rakesh

Answers

Answered by rakeshchiudhary97709
1

Answer:

1a 2c 3a 4b 5b 6c 7a 8b 9a 10b

Answered by vamsi6023
1

following passage one word has been omitted in each line. Write the

missing word along with the word that comes before and the word that comes

after.

4M

Preceding

Missing

Succeeding

According tradition Gautham Buddha sat

Ex: According

to

tradition

in meditation the Bodhi tree at

a)

Bodh Gaya. Unfortunately original tree

b)

has disappeared is replaced

c)

by successor the Peepal tree.

d)

6. Complete the following passage, ‘How to cover a book’,

4 x 1 = 4 M

 Take a paper size bigger than the book you intend to cover.

 Wrap the book inside the paper.

 Tuck the open sides of the paper into the backside of the cover.

 Trim the overlapping corners at the back of the book.

 Fold and tuck back the upper and lower edges as neatly and meticulously as

possible.

In order to cover a book, first a paper size bigger than the book that you intend

to cover ( a)

. Secondly, the book (b)

inside the paper.

Next, the open sides of the paper (c)

into the back side of the

cover. The overlapping corners at the backside of the book is then (d)

.

Finally the upper and lower edges a

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