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ElenaW [278]
2 years ago
8

The sense of equilibrium responds to movements of the head. It is divided into two types--static and dynamic equilibrium. Descri

be and give an example of these two types of equilibrium. Select all the statements that accurately describe equilibrium.
Physics
2 answers:
Sonja [21]2 years ago
5 0

Answer:

nodding of head ,yes- static equilibrium

nodding of head, no- dynamic equilibrium.

Explanation:

static equilibrium monitors head position when body is not moving .

dynamic equilibrium monitors the angular or rotational movements of the head when body moves.

SpyIntel [72]2 years ago
4 0

Answer: Static equilibrium is simply described as one in which all forces acting on an object are balanced which implies that there is no resultant forces. And the object is not in motion releative to the reference plane.i.e the object does not have a velocity.

While

Dynamic equilibrium is type of equilibrium in which all the forces acting on an object are balanced but the object it moving, i.e there exist a veleocity.

Explanation:

Equilibrium simply means, forces are in balance. i.e the net force should be zero.

It can further explained forces acting downward and acting upward, and forces acting right and acting left should be equal in magnitude.

1) dynamic equilibrium can be described as the one in which the reactants are converted to products and products are converted to reactants at an equal and constant rate. Equilibrium is the state of equal, opposite rates, not equal concentrations.

Examples of dynamic equilibrium are; a)a car moving at constant velocity, b)a fan rotating at uniform speed

2)Static equilibrium is the one in which the rate of forward process is equal to reverse process.It is usually regarded as MECHANICAL EQUILIBRIUM because it occurs when all particles in the reaction are at rest and there is no motion between reactants and products.

Static equilibrium can be noticed when there is a steady-state in a system that is the dynamic forces are not acting on the potential energies of the reverse and forward reactions.

An example of static equilibrium is when graphite turn into diamond, and it is illustrated as

C(diamond) ⇌ C(graphite)

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A redecor travelling of 94 m/s s lows at a anstant
kotykmax [81]

Answer:

638 m.

Explanation:

From the question given above, the following data were obtained:

Initial velocity (u) = 94 m/s

Final velocity (v) = 22 m/s

Time (t) = 11 s

Distance (s) =?

We can obtain the distance travelled by using the following formula:

s = (u + v) t /2

s = (94 + 22) × 11 /2

s = 116 × 11 /2

s = 1276 /2

s = 638 m

Thus, the distance travelled is 638 m.

3 0
2 years ago
Heat is transferred at a rate of 2 kW from a hot reservoir at 800 K to a cold reservoir at 300 K. Calculate the rate at which th
vekshin1

Answer:

0.00417 kW/K or 4.17 W/K

Second law is satisfied.

Explanation:

Parameters given:

Rate of heat transfer, Q = 2kW

Temperature of hot reservoir, Th = 800K

Temperature of cold reservoir, Tc = 300K

The rate of entropy change is given as:

ΔS = Q * [(1/Tc) - (1/Th)]

ΔS = 2 * (1/300 - 1/800)

ΔS = 2 * 0.002085

ΔS = 0.00417 kW/K or 4.17 W/K

Since ΔS is greater than 0, te the second law of thermodynamics is satisfied.

6 0
3 years ago
When designing an experiment how do you choose a system to investigate
Nana76 [90]
You pick a system for which no control sample exists, so that no one can show that the alleged causal relationships you assert do not, in fact, lead to the phenomenon you claim to have observed.
4 0
3 years ago
A ray of light travelled from water into the air an angle of incidence of 30°. Calculate;
Dima020 [189]

Answer:

speed = distance/time

just find the speed if it

3 0
2 years ago
You suspect that a power supply is faulty, but you use a power supply tester to measure its voltage output and find it to be acc
ValentinkaMS [17]

Answer:

Load

Explanation:

A normal power supply can deliver up to certain amount of power to a load. The output power can be calculated multiplying Voltage (V) x Current (A). It happens that after a certain period of time, the power source's main components begin to wear, thus losing its ability to deliver its nominal power. Normally, when no load its connected to the source, you will get the operating Voltage, but when the load demands power, the ability to deliver power to it may fail to reach nominal levels. When connected, there may be voltage drops (thus, less power output) causing malfunctions turning it into a non-operative power supply.

3 0
3 years ago
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