A -160-block -160-and -160-tackle -160-system -160-has -160-the -160-velocity -160-ratio -160-3- -160-A -160-man -160-can -160-exert -160-a -160-pull -160-of -160-200 -160-kgf- -160-If -160-the -160-effort -160-end -160-moves -160-a -160-distance -160-60 -160-cm- -160-what -160-distance -160-does -160-the -160-load -160-move-

Dear Student , Here in this case we know that , Effort #215;Displaement #160;of #160;effort #160;arm=Load #160; #215;Displacement #160;of #160;l ...

You visited us 1 times! Enjoying our articles? Unlock Full Access!

Byju's Answer

Standard IX

Physics

Introduction to Force

A #160;bloc...

Question

$A b l o c k a n d t a c k l e s y s t e m h a s t h e v e l o c i t y r a t i o 3 . A m a n c a n e x e r t a p u l l o f 200 k g f . I f t h e e f f o r t e n d m o v e s a d i s \tan c e 60 c m, w h a t d i s \tan c e d o e s t h e l o a d m o v e ?$

Open in App

Solution

Dear Student ,
Here in this case we know that ,
$E f f o r t \times D i s p l a e m e n t o f e f f o r t a r m = L o a d \times D i s p l a c e m e n t o f l o a d a r m \Rightarrow 200 \times 60 = 360 \times D i s p l a c e m e n t o f l o a d a r m \Rightarrow D i s p l a c e m e n t o f l o a d a r m = \frac{200 \times 60}{360} = 33 \cdot 33 c m$
Regards

Suggest Corrections

Similar questions

A block and tackle system has the velocity ratio 3. Draw a labelled diagram of the system indicating the points of application and the directions of load L and effort E. A man can exert a pull of 200 kgf. (a) What is the maximum load he can raise with this pulley system if its efficiency is $60 %$ ? (b) If the effort end moves a distance 60 cm, what distance does the load move ?

Q. Fig 3.40 shows a block and tackle system of pulleys used to lift a load.
When load is pulled up be a distance

1

m, how far does the effort end move ?

Q. A block and tackle system has the velocity ratio

3

. A man can exert a pull of

200 k g f

. What is the maximum load he can raise with this pulley system if its efficiency is

60 %

Q. A block and tackle system has V.R

= 5

(i)

Draw a neat labelled diagram of a system indicating the direction of its load and effort.

(i i)

Rohan exerts a pull of

150

k g f

. What is the maximum load he can raise with this pulley system if its efficiency is

75

The given figure shows a block and tackle system of pulleys used to lift a load. When the load is pulled up by a distance 1 m, how far does the effort end move?

Join BYJU'S Learning Program

A block and tackle system has the velocity ratio 3. A man can exert a pull of 200 kgf. If the effort end moves a distance 60 cm, what distance does the load move?

Dear Student , Here in this case we know that , Effort×Displaement of effort arm=Load ×Displacement of load arm⇒200×60=360×Displacement of load arm⇒Displacement of load arm=200×60360=33·33 cm Regards

$A b l o c k a n d t a c k l e s y s t e m h a s t h e v e l o c i t y r a t i o 3 . A m a n c a n e x e r t a p u l l o f 200 k g f . I f t h e e f f o r t e n d m o v e s a d i s \tan c e 60 c m, w h a t d i s \tan c e d o e s t h e l o a d m o v e ?$