Physics, asked by yashkhadayatep63a7r, 1 year ago

Maximum acceleration that can act on a 2.5 kg mass under tge action of a 16 N and a 4N force is?

Answers

Answered by Anonymous

m= 2.5 kg
F1 = 16 N
F2 = 4 N
a1 = ?
a2 = ?

F = ma
a = F/m

a1 = F1/m
= 16/2.5
= 6.4 m/s sq.

a2 = F2/m
= 4/2.5
= 1.6 m/s sq.

Steph0303: nope

Steph0303: no problem

Steph0303: i said the options are wrong in the comments

Anonymous: naa....i shud have taken care....acha leave it u got the right ans

Steph0303: nope u can edit the answer if u want

Steph0303: your report option will be turned into edit by now

Anonymous: naa....its okay.....there isn't any edit option here

Steph0303: ok fine

Steph0303: #inbox

Answered by Steph0303

___________________________________________________________

Hey mate!!
Here's your answer!!

Given: Two forces are acting which are 4 N and 16 N. So the total force acting on the object or the Net force = 16 + 4 = 20 N

Mass = 2.5 Kg

So we can get the acceleration using the relation:
Force = Mass * Acceleration.

20 N = 2.5 Kg * Acceleration

Acceleration = 20 N / 2.5 Kg = 200 N / 25 Kg = 8 m/s²

So the Maximum acceleration acting on the 2.5 Kg mass is 8 m/s²

Hope this helps!!
Cheers!!

___________________________________________________________

Steph0303: My pleasure bro!!

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