In the diagram above, AB represents a uniform rod of length 1.50m which is in equilibrium on a pivot at P, If AP = 40cm, calculate the mass of the rod. [g = 10ms^-2]

0.280kg

0.400kg

0.613kg

0.800kg

Correct Option

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3 years ago

the center of gravity,75cm

75-40 ]= 35m, the balance point of the second Mass

8 years ago

Please someone help me explain cause I don't understand

4 years ago

35 is gotten from where?

5 years ago

Please I don't understand

2 years ago

I don't understand

4 years ago

sooo ...no one knows where the 35 came from?

ceoofwahala

20th June, 2026

Chemistry

2 comments

ASSAAS

20th June, 2026

English Language

5 comments

infinitehoaxx

21st May, 2026

Computer

4 comments

In the diagram above, AB represents a uniform rod of length 1.50m which is in equilibrium on a pivot at P, If AP = 40cm, calculate the mass of the rod. [g = 10ms-2]