A ball is released from the top of a tow...

A ball is released from the top of a tower of height h metre. It takes T second to reach the ground. What is the position of the ball in `T/3` second?

154 m

144 m

136 m

158 m

Text Solution

Verified by Experts

The correct Answer is:

Topper's Solved these Questions

SAMPLE PAPER 10 SOLVED
EDUCART PUBLICATION|Exercise PART - B (SECTION - III) |8 Videos
SAMPLE PAPER 10 SOLVED
EDUCART PUBLICATION|Exercise PART - B (SECTION - IV) |9 Videos
SAMPLE PAPER 10 SOLVED
EDUCART PUBLICATION|Exercise PART - B (SECTION - V) |4 Videos
SAMPLE PAPER 10 (SELF-ASSESSMENT)
EDUCART PUBLICATION|Exercise Section-C (Case Study Based Questions)|10 Videos
SAMPLE PAPER 11
EDUCART PUBLICATION|Exercise PART -B (SECTION-V)|4 Videos

Similar Questions

Explore conceptually related problems

A body is released from the top of a tower of height h. It takes t sec to reach the ground. Where will be the ball after time (t)/(2) sec?

A ball is relased from the top of a building 180m high. It takes time t to reach the ground With what speed should it be projected down so that it reaches the ground time (51)/(6) .

A body released from the top of a tower falls through half the height of tower in 3 seconds. If will reach the ground after nearly .

The balls are released from the top of a tower of height H at regular interval of time. When first ball reaches at the ground, the n^(th) ball is to be just released and ((n+1)/(2))^(th) ball is at same distance 'h' from top of the tower. The value of h is

A body of mass m is projected horizontally with a velocity v from the top of a tower of height h and it reaches the ground at a distance x from the foot of the tower. If a second body of mass 2 m is projected horizontally from the top of a tower of height 2 h , it reaches the ground at a distance 2x from the foot of the tower. The horizontal veloctiy of the second body is.

A body of mass m is projected horizontally with a velocity v from the top of a tower of height h and it reaches the ground at a distance x from the foot of the tower. If a second body of mass 2m is projected horizontally from the top of a tower of height 2h, it reaches the ground at a distance 2x from the foot of the tower. The horizontal velocity of the second body is :

EDUCART PUBLICATION-SAMPLE PAPER 10 SOLVED -PART - A (SECTION - II)

ABCD is a square. Find out the side of square?
Text Solution
|
In the figure given above, ABCD is a quadrilateral and BPDQ is paralle...
Text Solution
|
Which of the following equation is best representation of given grap...
Text Solution
|
The cost of living index for the year 2007 considering the base year a...
Text Solution
|
Pass the necessary Journal entries to rectify the following errors: ...
Text Solution
|
If y=tan^-1(secx-tanx), then differentiation of y wrt x is equal to= ?
Text Solution
|
A horizontal beam of light in incident on a plane mirror inclined at 4...
Text Solution
|
Stationary sound 'S' of frequency 334 Hz and a stationary observer 'O'...
Text Solution
|
If y=tan^-1(secx-tanx), then differentiation of y wrt x is equal to= ?
Text Solution
|
Stationary sound 'S' of frequency 334 Hz and a stationary observer 'O'...
Text Solution
|
The students of a shool decided to beautifly the school on the annual ...
Text Solution
|
The students of a shool decided to beautifly the school on the annual ...
Text Solution
|
The students of a shool decided to beautifly the school on the annual ...
Text Solution
|
The students of a shool decided to beautifly the school on the annual ...
Text Solution
|
The students of a shool decided to beautifly the school on the annual ...
Text Solution
|
The height (in meters) at any time t (in seconds) of a ball thrown ver...
Text Solution
|
A ball is released from the top of a tower of height h metre. It takes...
Text Solution
|
A ball is thrown upwards with a speed u from a height h above the grou...
Text Solution
|
A ball is thrown upwards with a speed u from a height h above the grou...
Text Solution
|
A ball is thrown upwards with a speed u from a height h above the grou...
Text Solution
|