Answer:
The correct option is (d).
Explanation:
- The energy a particle has because of its charge and its position relative to another particle is called thermal energy.
- It is the energy that comes from heat. This is generated by the movement of the particles in an object.
- Thermal energy is the energy an object or system has due to the movement of particles within.
Hence, the correct option is (d).
Answer:
The three quantized particles are:
1. Electrons
2. Protons
3. Neutrons
Explanation:
Quantization can be defined as the conversion of a continuous quantity into discrete set of values.
It can also be defined as the concept which says that the particles exist as the smallest finite and discrete value known as quanta which not be divided further.
The three particles include:
1. The electron bound inside an atom have quantized momentum and energy.
2. The proton bound in the inside of a nucleus has energy in the quantized form only.
3. Also the nucleus bound neutron is also a quantized particle.
Answer:
The force on the test charge is 114.75 N.
Explanation:
Given that,
Test charge 
Suppose the test charge is 3.4 μC and the distance between the charge and test charge is 4.0 cm.
We need to calculate the force on the test charge
Using formula of electric force
Where, q = test charge
q₁ =charge
r = distance
Put the value into the formula
Hence, The force on the test charge is 114.75 N.
Answer:
Date: N/A
Warm-up: 5 minutes
Cool-down: 6 minutes
Type of Activity: Cardiovascular
Description of Activity and Time: Running in place for 10 minutes
Intensity Level: Moderate
Total Time: 21 minutes
Explanation: Mark me as brainiest hope this helps I just did it
Answer:
The support force/ Normal reaction force
Explanation:
Refer to Newtons third law.
"The third law states that when a force acts on a body due to another body, then an equal and opposite force acts simultaneously on that body"
Since we have a downward force acting on your object, in this case gravity/weight, there is an equal and opposite force given off by the surface the object is on. This is called the support force or the normal reaction force
