Answer:
decrease
Explanation:
as the mass of the cart increase the acceleration of the cart decrease
Hey there!
If you're working with Newton's Laws / Acceleration, the formula would mostly like look like this
or you could say → 
While the 
variable represents 
of your car and the 
represents the mass of the car 
Denominator: 
Numerator: 
Your equation: 
( if you simplify that ←) then you have found your result!
Good luck on your assignment and enjoy your day!
~
B strength training I think that’s the answer
The angular momentum of a rotation object is the product of its moment of inertia and its angular velocity:
L = Iω
L is the angular momentum, I is the moment of inertia, and ω is the angular velocity.
Apply the conservation of angular momentum. The total angular momentum before disks A and B are joined is:
L_{before} = (3.3)(6.6) + B(-9.3)
L_{before} = -9.3B+21.78
where B is the moment of inertia of disk B.
The total angular momentum after the disks are joined is:
L_{after} = (3.3+B)(-2.1)
L_{after} = -2.1B-6.93
L_{before} = L_{after}
-9.3B + 21.78 = -2.1B - 6.93
B = 4.0kg·m²
The moment of inertia of disk B is 4.0kg·m²
Answer:
Response Time
Explanation:
The time in milliseconds that LCD monitors takes to turn a pixel on or off is called Response time. A lower response time means that the LCD is able to cut down blurring or Ghosting of images thus producing better quality images.
Response time in general terms is the time interval that a system or a person takes to react to given input or event.
