The answer is A. 5 n up deals with balanced and unbalanced forces.
The electric flux is 0 N.m²/C.
We need to know about electric flux to solve this problem. Electric flux is the measure of the electric field through a given surface, although an electric field in itself cannot flow. It can be determined as
Φ = E . S = E . Scosθ
where Φ is electric flux, E is electric field, θ is angle of surface and S is surface area.
From the question above, we know that
E = 6.20 × 10⁵ N/C
θ = 90⁰
S = 3.20 m²
By substituting the following parameter, we get
Φ = E . Scosθ
Φ = 6.20 × 10⁵ . 3.20cos(90⁰)
Φ = 0 N.m²/C
Hence, the electric flux is 0 N.m²/C
For more on electric flux at: brainly.com/question/26289097
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Following are the physical properties of the given conditions:
- Copper wire is used to transfer electricity. This property is called Electrical Conductivity. It is defined as the property of material to conduct electricity. Copper is considered as the best conductive material.
- There are 19.3 grams of gold in one cubic centimeter. This statement describes the Density of gold. (Density= mass/volume) Density of material represent mass of material per unit of its volume.
- Iron turns to liquids at 1,534.85°C. That is the given temperature is Melting Point of iron. Melting point is the temperature where a solid starts turning into liquid.
- Silver is very easy to bend. This is called Flexibility of material. Flexibility is the ability of material to deform.
- Fluorite is a green crystal. This shows the color and structure of Fluorite. Green shows the color of material. Whereas crystal is the type of structure the material possess.
Answer:
inventions
Explanation:
some philosophers do not believe that free will is required for moral responsibility. According to John Martin Fischer, human agents do not have free will, but they are still morally responsible for their choices and actions. ... We thus see that free will is central to many philosophical issues.
Answer:
1) Potential energy of the ball just before the kick was taken = 0J
2) The potential energy of the ball just before it was caught = 58.8 J
Explanation:
1)Since the height of the ball is 0m on the ground, the potential energy of the ball just before the kick was taken is 0 J
2) The mass of the ball, m = 1.5 kg
Acceleration due to gravity, g = 9.8 m/s^2
the height of the ball, h = 4 m
The Potential Energy = mgh
The potential energy of the ball just before it was caught = 1.5 x 9.8 x 4
The potential energy of the ball just before it was caught = 58.8 J