Physics, asked by sivaprasannadr2006, 10 months ago

A 1kg object accelerated at a constant 5m/s² estimate the net force needed to accerarate the object

Answers

Answered by Anonymous
27

Answer:

5 Newtons

Explanation:

Given :

  • Mass of the object = 1 kg

  • Constant acceleration of the 1 kg object = 5 m/s²

To find :

  • Net force required to accelerate the 1 kg object at 5 m/s²

Using the formula :

Force = Mass×Acceleration

Force = 1×5

Force = 5 Newtons

The minimum force required to object the 1 kg object at 5 m/s² is equal to 5 Newtons

Answered by EliteSoul
18

AnswEr :

Given that object of 1 kg accelerated constantly at the rate of 5 m/s².

We have to find net force needed to accelerate the object.

Here we have,

➡ Mass of object (M) = 1 kg

➡ Acceleration (a) = 5 m/s²

➡ Force needed (F) = ?

Concept :

↗ Newton's 2nd law states that force produced in an object is equal to the product of mass and acceleration.

Force = Mass × Acceleration [F = ma]

↗ Dimensional formula : [MLT-²]

Now we will use Newton's 2nd law :

Force = Mass × Acceleration

Substituting values,

→ Force = 1 × 5

→ Force = 5

Force = 5 Newtons

Force needed to accelerate object = 5 N [Answer]

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