C. a lot of inertia.............................. :-)
Answer:
The horizontal velocity is 
Explanation:
From the question we are told that
The mass of the pumpkin is 
The distance of the the car from the building's base is 
The height of the roof is 
The height is mathematically represented as

Where g is the acceleration due to gravity which has a value of 
substituting values

making the time taken the subject of the formula


The speed at which the pumpkin move horizontally can be represented mathematically as

substituting values


Answer:
Ein: 2.75*10^-3 N/C
Explanation:
The induced electric field can be calculated by using the following path integral:

Where:
dl: diferencial of circumference of the ring
circumference of the ring = 2πr = 2π(5.00/2)=15.70cm = 0.157 m
ФB: magnetic flux = AB (A: area of the loop = πr^2 = 1.96*10^-3 m^2)
The electric field is always parallel to the dl vector. Then you have:

Next, you take into account that the area of the ring is constant and that dB/dt = - 0.220T/s. Thus, you obtain:

hence, the induced electric field is 2.75*10^-3 N/C
Short answer- Newton`s first law of motion involves seat belts. An imbalanced force is a force that acts directly on a force that is intended to cause a change in motion or the rest of the object, and is not opposed by an equally opposite force. Car seat belts are affected by inertia. According to Newton's first law, moving objects will continue to move unless an imbalanced force acts.
Long answer- Newton's first law of motion involves seat belts. Because, think about what happens when we are not buckled and the vehicle stops immediately. You move forward and continue to move until an imbalanced force is applied to you. An imbalanced force is a force that acts directly on a force that is intended to cause a change in motion or the rest of the object, and is not opposed by an equally opposite force. Inertia is a property of an object that resists changes in movement. It comes from the crowd. am = n The heavier the mass of an object, the greater the inertia. You experience laziness in a moving car. Car seat belts are affected by inertia. If a car is driving on the freeway at 55 mph and the car collides with another car, it will fly forward towards the dashboard. According to Newton's first law, moving objects will continue to move unless an imbalanced force acts. Seat belts hold you and your passengers firmly and protect them from their own laziness.