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GenaCL600 [577]
3 years ago
11

Explain why is it easy to slip on a floor that is wet

Physics
2 answers:
Andrew [12]3 years ago
7 0
It is so easy because water is slippery, right? that makes your hands clean. Also, it might because your soles of your shoes are not strong
zmey [24]3 years ago
6 0
The water creates less friction between your foot and the ground
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If you wanted to know how fast a tiger can run, which measurements would you use?
sp2606 [1]
<span>D is the correct answer. If you wanted to know how fast a tiger can run, you would use meters and seconds. Meters will tell you the distance that the tiger ran and seconds will tell you how quickly the tiger ran the distance.</span>
6 0
2 years ago
Read 2 more answers
G=(6.67x10^-11 Nm^2/Kg^2)(6.4x10^23 Kg)<br> /3396km^2
QveST [7]

Answer:

search it up baby girl

Explanation:

..

7 0
3 years ago
A 2 kg ball going 10 m/s follows a path that is perpendicular to the surface of a wall. It impacts the wall and looses 20 % of i
Ostrovityanka [42]

Answer:

If two objects make a head on collision, they can bounce and move along the same direction they approached from (i.e. only a single dimension). However, if two objects make a glancing collision, they'll move off in two dimensions after the collision (like a glancing collision between two billiard balls).

For a collision where objects will be moving in 2 dimensions (e.g. x and y), the momentum will be conserved in each direction independently (as long as there's no external impulse in that direction).

In other words, the total momentum in the x direction will be the same before and after the collision.

\Large \Sigma p_{xi}=\Sigma p_{xf}Σp

xi

​

=Σp

xf

​

\Sigma, p, start subscript, x, i, end subscript, equals, \Sigma, p, start subscript, x, f, end subscript

Also, the total momentum in the y direction will be the same before and after the collision.

\Large \Sigma p_{yi}=\Sigma p_{yf}Σp

yi

​

=Σp

yf

​

\Sigma, p, start subscript, y, i, end subscript, equals, \Sigma, p, start subscript, y, f, end subscript

In solving 2 dimensional collision problems, a good approach usually follows a general procedure:

Identify all the bodies in the system. Assign clear symbols to each and draw a simple diagram if necessary.

Write down all the values you know and decide exactly what you need to find out to solve the problem.

Select a coordinate system. If many of the forces and velocities fall along a particular direction, it is advisable to use this direction as your x or y axis to simplify calculation; even if it makes your axes not parallel to the page in your diagram.

Explanation:

i think this what your aswer is let me know if you got  it right if not i fix it or i will look in my answer book

please rate me in say thanks

4 0
3 years ago
A golf ball bounces down a flight of steel stairs, striking several steps on the way down, but never hitting the edge of a step.
frez [133]

Answer:

2.63m

Explanation:

In order to use this expression, we must calculate the values of Velocity (V0) and Velocity(Ve). The initial velocity has only a horizontal component V(0) = V(0x), the final velocity also has a horizontal component since the ball it's at a point of trajectory, V(e) = V(ef). No forces act in the horizontal direction so the momentum of the ball in this direction is conserved, hence, V(0) = V(e)

Therefore, h(e) = h(0) = 2.63m

3 0
3 years ago
If a particle experiences a non-zero net force the motion of the particle will be altered; that is..its velocity vector will cha
mafiozo [28]

Answer:

Newton's second law

Explanation:

Mathematically, Newton's second law can be written as

F=ma

where

F is the net force on the particle

m is its mass

a is the acceleration

This can also be rewritten as

a=\frac{F}{m}

which means that the acceleration is directly proportional to the force and inversely proportional to the mass. If the net force is non-zero, it means that the particle has a non-zero acceleration, therefore its velocity is changing (it can be changing either in magnitude, if the force has same direction as the velocity, or also in direction, if the force has a different direction).

3 0
3 years ago
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