Shortcut tricks on boats and streams are one of the most important topics in exams. Time takes a huge part in competitive exams. If you manage your time then you can do well in those exams. Most of us miss this thing. Here in this page we give few examples on Boats and Streams shortcut tricks. We try to provide all types of shortcut tricks on boats and streams here. Visitors please read carefully all shortcut examples. These examples will help you to understand shortcut tricks on Boats and Streams.

First of all do a practice set on math of any exam. Then find out twenty math problems related to this topic and write those on a paper. Using basic math formula do first ten maths of that page. You also need to keep track of Timing. After solving all ten math questions write down total time taken by you to solve those questions. Now practice our shortcut tricks on boats and streams and read examples carefully. After this do remaining ten questions and apply shortcut formula on those math problems. Again keep track of Timing. This time you will surely see improvement in your timing. But this is not all you want. You need more practice to improve your timing more.

Few Important things to Remember

You all know that math portion is very much important in competitive exams. That doesn’t mean that other sections are not so important. But if you need a good score in exam then you have to score good in maths. You can get good score only by practicing more and more. The only thing you need to do is to do your math problems correctly and within time, and only shortcut tricks can give you that success. But it doesn’t mean that without using shortcut tricks you can’t do any math problems. You may have that potential to do maths within time without using any shortcut tricks.

But, so many other people may not do the same. For those we prepared this boats and streams shortcut tricks. Here in this page we try to put all types of shortcut tricks on Boats and Streams. But if you see any tricks are missing from the list then please inform us. Your little help will help so many needy.

This is the basic theory of Boat and Stream which is applied in question to obtain answers here Boat and Stream Methods of example in different form of examples. In maths exam papers there are two or three question are given from this chapter. This type of problem are given in Quantitative Aptitude which is a very essential paper in banking exam. Under below given some more example for your better practice.

Examples of Boats and Streams #1

A boatman covers a distance of 24 km against the water current and 36 km in direction of the water current. If it takes each time 6 hours then find the speed of current.

1 km/hr

2 km/hr

3 km/hr

4 km/hr

Show AnswerShow How to SolveOpen Rough Workspace

Answer: Option (A)

How to Solve Speed of boatman upstream 24 / 6 = 4 km/hr.

Speed of boatman downstream 36 / 6 = 6 km/hr.

Speed of stream 1 / 2 (Speed of downstream – Speed of upstream) or, 1 / 2 (6 – 4) or, 1 x 2 / 2 therefore, 1 km/hr.

Rough Workspace

Examples of Boats and Streams #2

A boat running downstream and passes a distances of 16 km in 4 hours. While covering the same distance upstream, it takes 8 hours. Find the speed of the boat in still water?

2 km/hr

3 km/hr

5 km/hr

7 km/hr

Show AnswerShow How to SolveOpen Rough Workspace

Answer: Option (B)

How to Solve Rate of downstream ( 16 / 4 ) = 4 km/hr.

Rate of upstream ( 16 / 8 ) = 2 km/hr.

Speed in still water 1 / 2 ( 4 + 2 ) therefore, 3 km/hr.

Rough Workspace

Examples of Boats and Streams #3

A boat in one hour covers about 12 km along with stream and 6 km against the stream. Then find the speed of boat in still water.

5 km/hr

7 km/hr

9 km/hr

11 km/hr

Show AnswerShow How to SolveOpen Rough Workspace

Answer: Option (C)

How to Solve Speed of boat in Still Water or, 1 / 2 ( 12 + 6 ) therefore, 9 km/hr.

Rough Workspace

Examples of Boats and Streams #4

In one hour a boat covers 8 km against the stream and 12 km along the stream. What would be the speed of the boat in still water?

10 km/hr

12 km/hr

14 km/hr

16 km/hr

Show AnswerShow How to SolveOpen Rough Workspace

Answer: Option (A)

How to Solve Speed of boat in Still Water U + V / 2 or, ( 12 + 8 ) / 2 therefore, 10 km/hr.

Rough Workspace

Examples of Boats and Streams #5

A boat goes against the stream and covers 18 km in 3 hours. While covering the same distance along the stream in 2 hours. What would be the speed of boat in still water?

5.5 km/hr

7.5 km/hr

8.5 km/hr

9.5 km/hr

Show AnswerShow How to SolveOpen Rough Workspace

Answer: Option B)

How to Solve Rate of boat in Upstream or, (18 / 3) therefore, 6 km/hr.

Rate of boat in Downstream or, (18 / 2) therefore, 9 km/hr.

Speed of boat in Still Water U + V / 2 or, ( 9 + 6 ) / 2 therefore, 7.5 km/hr.

Rough Workspace

Example #6

A boy can row upstream at 6 km/hr and downstream at 12 km/hr. Find the boy’s rowing rate in still water?

6 km/hr

7 km/hr

8 km/hr

9 km/hr

Show AnswerShow How to SolveOpen Rough Workspace

Answer: Option (D)

How to Solve Rate in Still Water or, 1 / 2 ( x + y ) or, 1 / 2 ( 12 + 6 ) then, 1 / 2 x 18 finally, 9 km/hr.

Rough Workspace

Example #7

A boy can row downstream at 24 km and upstream at 16 km. If he takes 8 hours to cover each distance, then what is the velocity of the current?

1 / 2 km/hr

1 / 4 km/hr

2 / 3 km/hr

2 / 5 km/hr

Show AnswerShow How to SolveOpen Rough Workspace

Answer: Option (A)

How to Solve The rate of Downstream = 24 / 8 km/hr.

The rate of Upstream = 16 / 8 km/hr.

So, the velocity of the current is, 1 / 2 ( 24 / 8 – 16 / 8 ) = 1 / 2 km/hr.

Rough Workspace

Example #8

A man can go 40 km/hr upstream and 36 km/hr downstream. Find the speed of current?

1 km/hr

2 km/hr

3 km/hr

4 km/hr

Show AnswerShow How to SolveOpen Rough Workspace

Answer: Option (B)

How to Solve Speed of current is, or, U – V / 2 or, 40 – 36 / 2 then, 4 / 2 finally, 2 km/hr.

Rough Workspace

Few examples of Boats and Streams with Shortcut Tricks

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6 comments

charu says:

dear sir, i have doubt in question number 8 as u-v=40 upstream= y and u+v=36 downstream =x

rate of stream= speed of current and the formula u have given in ur tricks is 1/2(x-y)

the formula is actually… rate of current =(speed downstream – speed upstream) /2 rate of still water=(spd dwnstrm + spd upstrm) / 2 if u apply dis rate of still water =(36+40) / 2 = 76/2 =38 in first page the formula given is wrong

actually the formula given in first page is wrong rate of current =(spd dwn stream – spd upstream) / 2 rate of still water =(spd dwnstream + spd upstream) / 2 try with dis formulas

charu , u have taken distance as x and y . while given formula considered x and y as speed . hence using distace = speed * time . firstly solution calculates speed than thereafter apply the formula given .

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dear sir, i have doubt in question number 8

as u-v=40 upstream= y

and u+v=36 downstream =x

rate of stream= speed of current

and the formula u have given in ur tricks is 1/2(x-y)

but with with ur solution.. i got confused.

please explain….

the formula is actually…

rate of current =(speed downstream – speed upstream) /2

rate of still water=(spd dwnstrm + spd upstrm) / 2

if u apply dis

rate of still water =(36+40) / 2 = 76/2 =38

in first page the formula given is wrong

actually the formula given in first page is wrong

rate of current =(spd dwn stream – spd upstream) / 2

rate of still water =(spd dwnstream + spd upstream) / 2

try with dis formulas

charu ,

u have taken distance as x and y . while given formula considered x and y as speed . hence using distace = speed * time . firstly solution calculates speed than thereafter apply the formula given .

sir in example no.8 .. i have a doubt in my mind ….

how it can be possible that upstream speed is more then down stream speed.

This Helped a Lot Thanks So Much, Thanks.