April 2026

A man travels 600 km partly by train and partly by car. If he covers 400 km by train and the rest by car, it takes him 6 hours and 30 minutes. But, if he travels 200 km by train and the rest by car, he takes half an hour longer. Find the speed of the train and that of the car.

Finding Speed of Train and Car Video Explanation Question A man travels 600 km partly by train and partly by car. If he covers 400 km by train and the rest by car, it takes 6 hours 30 minutes. If he travels 200 km by train and the rest by car, he takes half an […]

A man travels 600 km partly by train and partly by car. If he covers 400 km by train and the rest by car, it takes him 6 hours and 30 minutes. But, if he travels 200 km by train and the rest by car, he takes half an hour longer. Find the speed of the train and that of the car. Read More »

Ramesh travels 760 km to his home partly by train and partly by car. He takes 8 hours if he travels 160 km by train and the rest by car. He takes 12 minutes more if the travels 240 km by train and the rest by car. Find the speed of the train and car respectively.

Finding Speed of Train and Car Video Explanation Question Ramesh travels 760 km partly by train and partly by car. He takes 8 hours if he travels 160 km by train and the rest by car. He takes 12 minutes more if he travels 240 km by train and the rest by car. Find the

Ramesh travels 760 km to his home partly by train and partly by car. He takes 8 hours if he travels 160 km by train and the rest by car. He takes 12 minutes more if the travels 240 km by train and the rest by car. Find the speed of the train and car respectively. Read More »

A person, rowing at the rate of 5 km/h in still water , takes thrice as much time in going 40 km upstream as in going 40km downstream. find the speed of the stream .

Finding Speed of Stream (Pair of Linear Equations Method) Video Explanation Question A person rows at 5 km/h in still water. He takes three times as long to go 40 km upstream as to go 40 km downstream. Find the speed of the stream. Solution Step 1: Concept Time = Distance / Speed Step 2:

A person, rowing at the rate of 5 km/h in still water , takes thrice as much time in going 40 km upstream as in going 40km downstream. find the speed of the stream . Read More »

A man walks a certain distance with certain speed. If he walks 1/2 km an hour faster, he takes 1 hour less. But, if he walks 1 km an hour slower, he takes 3 more hours. Find the distance covered by the man and his original rate of walking.

Finding Distance and Speed (Linear Equation Method) Video Explanation Question A man walks a certain distance with a certain speed. If he walks \( \frac{1}{2} \) km/h faster, he takes 1 hour less. If he walks 1 km/h slower, he takes 3 hours more. Find the distance and original speed. Solution Step 1: Concept Time

A man walks a certain distance with certain speed. If he walks 1/2 km an hour faster, he takes 1 hour less. But, if he walks 1 km an hour slower, he takes 3 more hours. Find the distance covered by the man and his original rate of walking. Read More »

A boat goes 24 km upstream and 28 km downstream in 6 hrs. It goes 30 km upstream and 21 km downstream in 6(1/2) hrs. Find the speed of the boat in still water and also speed of the stream.

Finding Speed of Boat and Stream Video Explanation Question A boat goes 24 km upstream and 28 km downstream in 6 hours. It goes 30 km upstream and 21 km downstream in \(6\frac{1}{2}\) hours. Find the speed of the boat in still water and the speed of the stream. Solution Step 1: Concept Used Time

A boat goes 24 km upstream and 28 km downstream in 6 hrs. It goes 30 km upstream and 21 km downstream in 6(1/2) hrs. Find the speed of the boat in still water and also speed of the stream. Read More »

The boat goes 30km upstream and 44 km downstream in 10 hours. In 13 hours, it can go 40km upstream and 55 km downstream. Determine the speed of stream and that of the boat in still water.

Finding Speed of Boat and Stream Video Explanation Question A boat goes 30 km upstream and 44 km downstream in 10 hours. In 13 hours, it can go 40 km upstream and 55 km downstream. Find the speed of the boat in still water and the speed of the stream. Solution Step 1: Let the

The boat goes 30km upstream and 44 km downstream in 10 hours. In 13 hours, it can go 40km upstream and 55 km downstream. Determine the speed of stream and that of the boat in still water. Read More »

A sailor goes 8 km downstream in 40 minutes and returns in 1 hour. Determine the speed of the sailor in still water and the speed of the current.

Finding Speed of Boat in Still Water and Current Video Explanation Question A sailor goes 8 km downstream in 40 minutes and returns in 1 hour. Find the speed of the sailor in still water and the speed of the current. Solution Step 1: Let the Variables Let speed of boat in still water =

A sailor goes 8 km downstream in 40 minutes and returns in 1 hour. Determine the speed of the sailor in still water and the speed of the current. Read More »

Points A and B are 70 km a part on a highway. A car starts from A and another car starts from B simultaneously. If they travel in the same direction, they meet in 7 hours, but if they travel towards each other, they meet in one hour. Find the speed of the two cars.

Points A and B are 70 km a part on a highway. A car starts from A and another car starts from B simultaneously. If they travel in the same direction, they meet in 7 hours, but if they travel towards each other, they meet in one hour. Find the speed of the two cars. Read More »