Answer:
The car having 400 kg and speed 6 m/s have more momentum than The car having 15 kg and speed 15 m/s .
Step-by-step explanation:
Given as :
The mass of Car A = 400 kg
The velocity of Car A = 6 m/s
The mass of Car B = 15 kg
The velocity of Car B = 15 m/s
Let The momentum of Car A =
![M_1](https://img.qammunity.org/2020/formulas/chemistry/middle-school/en7fxpmpa8rqu33wxg848abbcsqh2bmoay.png)
And The momentum of Car B =
![M_2](https://img.qammunity.org/2020/formulas/chemistry/middle-school/wtu7arn5phlczyo9w7qaoa40tjw8otyra8.png)
Now ,
Since momentum is the property of moving body , and it is defined as the products of mass velocity of body .
I.e, M = mass × velocity
So, The momentum of Car A = mass of Car A × velocity of Car A
I.e
= 400 kg × 6 m/s
I.e
= 2400 kg m/s
Again ,
So, The momentum of Car B = mass of Car B × velocity of Car B
I.e
= 15 kg × 15 m/s
I.e
= 225 kg m/s
So, ∵ 2400 kg m/s
225 kg m/s
∴
so, Momentum of car A more than momentum of car B
Hence The car having 400 kg and speed 6 m/s have more momentum than The car having 15 kg and speed 15 m/s . Answer