2kg objects in the world of a hunting group
The maximum static force that can be applied is equal to the normal force*the frictional force. the normal force on the box is equal to mg since the floor is flat using 9.81m/s^2 for gravity 12kg*9.81m/s^2 = 118N multiplying the normal force by the frictional force you get a 118*.42= 49.6N so overcome the force of static friction on the box a minimum of 49.6N would need to be applied.
Answer:
0.00000131569788654 C
0
Explanation:
R = Radius = 7.1 cm
L = Length of shell = 251 cm
r = 25.2 cm
E = Electric field = 37400 N/C
Electric field is given by

The net charge on the shell is 0.00000131569788654 C
Here, 4.07<7.1 cm which means r'<R
From Gauss law the electric at that point is 0
Yes the answer is geothermal, but more specifically geothermal gradient.
Answer:
The person is moving at 5 meters per second (m/s)
The person has traveled 6 meters
Explanation:
This is an example of accelerated motion (motion under acceleration), and therefore we need to use the appropriate equations of motion for it.
The information we have includes:
1) The initial velocity (
) of the person = 1 m/s
2) The person's acceleration (
) = 2 
3) The time (t) the person moves under accelerated motion = 2 seconds
The following two equations are those to find the final velocity under accelerated motion, and the distance covered (from initial position
to final position
) under accelerated motion:

We use the first equation and the information given, to find the speed of the person after 2 second under this motion:
We use the second formula to find the distance traveled by the person:
