Answer:
(A) 
(B) s = 146.664 m
Explanation:
We have given car starts from the rest so initial velocity u = 0 m /sec
Final velocity v = 88 km/hr
We know that 1 km = 1000 m
And 1 hour = 3600 sec
So 
Time is given t = 12 sec
(A) From first equation of motion v = u+at
So 

So acceleration of the car will be 
(b) From third equation of motion 
So 
s = 146.664 m
Distance traveled by the car in this interval will be 146.664 m
Answer:
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Explanation:
D. dopamine
The total momentum before and after the collision must be conserved.
- Let's start from the end: at this point, both cart and laundry bag are moving together, with a total mass of (m1+m2) and velocity 2.6 m/s. Therefore, the total momentum is

- The momentum must be conserved, so the initial momentum must be equal to this value:

- At the beginning, the cart is stationary, so its momentum is zero. There is only one momentum, the one of the bag, which has a mass of 20 kg and unknwon velocity vi:

- So, using the conservation of momentum we find

and from this, the initial velocity of the laundry bag:
Answer:
D. 214 kPa
Explanation:
The absolute pressure is given by:

where
p is the absolute pressure
is the atmospheric pressure
is the gauge pressure
In this problem, we have

So, the atmospheric pressure is
