Answer:
an object sliding down hill
Explanation:
On a slope, the force applied is due to gravity. Its direction is straight down. If the object is sliding down the hill, its displacement is at an angle to the applied force. The angle of displacement will depend on the steepness of the hill.
You don't constantly feel your clothes on you because of sensory adaption. So basically your body got used to it.
Answer:
The separation distance between the two charges must be 82704.2925 m
Explanation:
Given:
Two negative charges that are both q = -3.8 C
Force of 19 N
Question: How far apart are the two charges, s = ?
First, you need to get the electrostatic force of this two negative charges:

Here
k = electric constant of the medium = 9x10⁹N m²/C²
Substituting values:

Answer:
The angle the wire make with respect to the magnetic field is 30°
Explanation:
It is given that,
Length of straight wire, L = 0.6 m
Current carrying by the wire, I = 2 A
Magnetic field, B = 0.3 T
Force experienced by the wire, F = 0.18 N
Let θ be the angle the wire make with respect to the magnetic field. Magnetic force is given by :



So, the angle the wire make with respect to the magnetic field is 30°. Hence, this is the required solution.
Internal energy is the total of all the active energies of the particles that make up a framework, (for example, the atoms in a strong question, for instance).
On a specific "macro scale" scale, that protest can communicate with another through warmth exchange, however that relies on upon the distinction between their normal inside dynamic energies and not on the aggregate inner vitality of it is possible that one.
On a "micro scale" scale, for example, inside the protest being referred to, the aggregate interior vitality doesn't give any data about the active energies of individual particles.