Due to the equation F=ma were F is the force, m is the mass, a is the acceleration. Since the raindrop has such little mass (about 4mg. That's about 0.000004kg) and has the same acceleration all the time (9.8ms^-1). When these 2 are times together it give the force. So when a average raindrop falls on your head the amount of force it will apply to your head is 0.0000392N. Not a lot!
Due to the equation F=ma were F is the force, m is the mass, a is the acceleration. Since the raindrop has such little mass (about 4mg. That's about 0.000004kg) and has the same acceleration all the time (9.8ms^-1). When these 2 are times together it give the force. So when a average raindrop falls on your head the amount of force it will apply to your head is 0.0000392N. Not a lot!
velocity. When an object changes direction, its velocity vector changes, even if the object's speed remains constant. This change in velocity can be caused by forces such as gravity or friction acting on the object.
Raindrops don't generally hurt us having fallen all that way because they don't gain enough kinetic energy to do so. They do reach terminal velocity, and can even be pushed by downdrafts, but there's something else going on. A raindrop falling in air experiences deformation as it falls, and this changes its aerodynamics to prevent it from falling faster. The drop actually "flattens" somewhat as it falls toward a target below. Air resistance has "saved" us by deforming the droplet and limiting the amount of energy it can gain through its freefall.
Yes, an object can have velocity even when the forces acting on it are balanced. This is because velocity is a measure of an object's speed and direction of motion, which can remain constant even if the net force is zero.
When supercooled raindrops freeze on contact with solid objects, they typically form ice pellets or sleet. Supercooled raindrops are liquid water droplets that remain in a liquid state even below freezing temperatures until they come into contact with a solid surface, which triggers the freezing process.
No, the velocity of a car is not constant when it is going around a curve. The direction of the car's velocity is changing as it navigates the curve, even if its speed remains the same, so the velocity is not constant.
velocity. When an object changes direction, its velocity vector changes, even if the object's speed remains constant. This change in velocity can be caused by forces such as gravity or friction acting on the object.
Raindrops don't generally hurt us having fallen all that way because they don't gain enough kinetic energy to do so. They do reach terminal velocity, and can even be pushed by downdrafts, but there's something else going on. A raindrop falling in air experiences deformation as it falls, and this changes its aerodynamics to prevent it from falling faster. The drop actually "flattens" somewhat as it falls toward a target below. Air resistance has "saved" us by deforming the droplet and limiting the amount of energy it can gain through its freefall.
Velocity can change even if speed is constant.
His fear of rain was irrational. Even though it was an irrational fear, he couldn't stand raindrops.
yeh ive had them done before and they looked great..
depends on how cold anything from snow to sleet or even hail.
Yes, an object can have velocity even when the forces acting on it are balanced. This is because velocity is a measure of an object's speed and direction of motion, which can remain constant even if the net force is zero.
When supercooled raindrops freeze on contact with solid objects, they typically form ice pellets or sleet. Supercooled raindrops are liquid water droplets that remain in a liquid state even below freezing temperatures until they come into contact with a solid surface, which triggers the freezing process.
ur a great fool who dont even how to write a letter
No, the velocity of a car is not constant when it is going around a curve. The direction of the car's velocity is changing as it navigates the curve, even if its speed remains the same, so the velocity is not constant.
the reason why is because of the shape and weight if the rain drop. the weight of a rain drop is less than a gram and the shape of one when falling from the sky, has a lot of drag. this means that the terminal velocity of a rain drop is very slow
The velocity of an object can change if the object changes direction even though the speed remains constant. Velocity is a vector quantity that includes both speed and direction, so any change in direction will result in a change in velocity.