Question

A metre rule is found to be balanced at 48 cm mark when body of mass 60g is suspended at the 6cm mark , the balance point is found to be at 30cm mark.calculate the metre rule the distance of the balance point from the zero end if the body was to the 13 cm mark

Answer 1

60x(x-13)=80x(48-x)

60x-780=3840-80x
60x+80x=3840+780
140x/140=4620/140
X=33cm

Answer 2

a metres Rule is found to balance at 48cm mark when a Body of mass 60g is suspended at 6cm mark the balance point is found to be at the 30cm mark. calculate in the mass of the metres rule.

Answer 3

U people should show d calculation

Answer 4

It difficult

Answer 5

what's the answer

Answer 6

80g and 18cm

Answer 7

what is the answer pls

Answer 8

No body

Answer 9

Who can answer this pls

A metre rule is found to balance at the 48cm mark when a body of mass 60g is suspended at the 30cm mark calculate the mass of the metre rule and the distance of the balance point from the zero end if the body was moved to the 18cm mark

Answer 10

Shows it drawing

Answer 11

But there was no mass of 80g in the the original question, so why are u using it in your calculation?

Answer 12

It is difficult

Answer 13

33cm

Answer 14

M=80g and D=18cm respectively

Answer 15

It's very difficult but here is my take on this 80g and 18cm for mass and distance

Answer 16

A metre rule found to balance at 48cm mark when a body of mass 60g suspended at6cm mark the balance power is found to be at then 30cm mark the mass of the object is 80g find the distance of the balance point from the zero and if the body is moved to the 13cm mark

Answer 17

A.the mass of the ruler?

Answer 18

am confused