So obviously the 20N pulls more than the 5N. Friction opposes direction of motion, so the 5N opposes the 20N and the two forces are against each other.
Net force would be in the direction of the 20N force: 20N - 5N = 15N.
Force = mass*acceleration
15 = (5)*acceleration
acceleration = 3m/s^2
1. Increase the amount of gas. Adding more molecules of gas increase how much they collide therefore increasing the temperature.
2. Decrease the volume of gas. This also increases how much they collide and increases the temperature.
Answer:
mars is a fourth planet of the sun and the second planet in the solar system
moon is a natural satellite of the earth it isthe fifth largest moon in the solar system
Answer:
<em>b. The force is 6 times the original</em>
Explanation:
<u>Coulomb's Law
</u>
The electrostatic force between two charged objects is directly proportional to the product of their charges and inversely proportional to the square of the distance between the two objects.
Written as a formula:
Where:
q1, q2 = the objects' charge
d= The distance between the objects
Suppose one of the charges is doubled, i.e., q1=2q1 and the other charge is tripled (q2'=3q2). The new force F' would be:
Operating:
Substituting the original value of the force:
b. The force is 6 times the original
The answer is true it is because when yielding, it is advisable that the driver of the vehicle to slow down, when it is safe to pass through, oncoming intersection, and to be aware of vehicles that are oncoming. It allows vehicles to move ahead by giving them the right of way for yielding enables the driver to slow down and give them the way especially with oncoming vehicles.