What type of heat transfer occurs when particles bump into each other?
A.Convection
B.Insulation
<u>C.Thermal Conduction
</u>
D.Thermal Radiation
Given what we know about driver and road safety precautions, we can confirm that the statement " tires should always be filled to the maximum pressure indicated on the side of the tire" is false.
<h3>Why should tires not be filled to the maximum air pressure?</h3>
- Tires should never be filled to the maximum air pressure.
- This would cause the tire to have no room for shifts.
- Under normal conditions in the case of a popped tire, the tire will gradually lose air, needing to be inflated.
- <u>This presents no danger to the driver if identified on time.</u>
- Under conditions of increased pressure, the tire can explode instead of losing air gradually.
- This causes the loss of control of the vehicle and danger to the driver and others.
Therefore, we can confirm that the statement " tires should always be filled to the maximum pressure indicated on the side of the tire" is false given that filling the tires to the max allowed pressure greatly increases the odds of the tire exploding and causing the driver to lose control of the car.
To learn more about road safety visit:
brainly.com/question/1260121?referrer=searchResults
Answer:
F = 318.1 N
Explanation:
As we know that torque to open the nut is given by formula
so we can write it as
now we know that
r = 0.23 m
angle between force and the wrench is 41 degree
so we have
<h3><u>Answer;</u></h3>
Transmission
<h3><u>Explanation;</u></h3>
- <em><u>Light waves are types of waves that are electromagnetic waves, meaning they do not require material medium for transmission. </u></em>Light is transmitted as a transverse wave such that the vibration of particles is perpendicular to the direction of wave motion.
- <em><u>A material medium enables the transmission of a wave by the vibration of particles, atoms or molecules. </u></em>The vibration of particles in a medium helps in the transmission of a wave such that energy is transferred from one point to another due to the disturbance caused by the wave.
