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