A man can swim with speed of $4\text{kmph}$ in still water. He crosses $1\text{km}$ wide river making strokes normal to river current. The river flows steadily at $3\text{kmph}$. How far down the river, he drifts when he reaches the other bank?

Q. A man can swim with a speed of 4 $km{h}^{-1}$ in still water. He crosses a river 1 km wide that flows steadily at 3 $km{h}^{-1}$. If he makes his strokes normal to the river current, how far down the river does he go when he reaches the other bank?

Q. A man can swim with a speed of $4.0km/hr$ in still water. How long does he take to cross a river $1.0km$ wide, if the river flows steadily at $3.0km/hr$ and he makes his strokes normal to the river current? How far down the river does he go, when he reaches the other bank?

Q.

A man can swim with a speed of 4.0 km/h in still water. How long does he take to cross a river 1.0 km wide if the river flows steadily at 3.0 km/h and he makes his strokes normal to the river current? How far down the river does he go when he reaches the other bank?

Q. A man can swim with a speed of 4.0 km/h in still water. How long does he take tocross a river 1.0 km wide if the river flows steadily at 3.0 km/h and he makes hisstrokes normal to the river current? How far down the river does he go when he reaches the other bank ?

Q.

A man can swim 3 kmph in still water. He has to cross a 500m wide river flowing at 2 kmph. He keeps himself at an angle of 120' with the river flow while swimming.

Find the time taken by main in order to cross the river and deterdine the point on the opposite bank he will arrive