The limits which would be age appropriate for toddlers include being flexible and realistic while that of a teen should be more rigid.
<h3>Who are Toddlers?</h3>
This refers to a child whose age ranges from 1 year to 4 years and limits set for them should be flexible due to it helping them feel more secure and decreases anxiety.
Example of limits that you may have for a teen is reducing their screen time while an example of limits for toddlers is correcting their junk eating habits. Teens should have a rigid limit so as to enable them do the right things at all times due to their strong emotions.
Read more about Limits here brainly.com/question/1419949
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Answer:
yes it was a constant speed and the car traveled 10 meters in 20 seconds.
Explanation:
Here, Your answer would be option D) Voltage Source.
Charge flows from it in a particular direction, and a charge ( static or dynamic ) creates an electric field around it (can be experimentally observed by a test charge), whereas all the other options are appliances which needs current ( rate of flow of charge ) to work.
In short, Your correct Answer would be Option D)-Voltage Source.
Hope this helps!
The electric force between two charges is:
F = (9 x 10⁹) Q₁ Q₂ / D²
F is the force, in Newtons
Q₁ and Q₂ are the two charges, in Coulombs
D is the distance between them, in meters
For these two particles:
F = (9 x 10⁹) (0.35) (0.35) / (1)²
F = (9 x 0.35 x 0.35 x 10⁹) / (1)
<em>F = 1.10 x 10⁹ Newtons</em>
Thatsa lotta force . . . like <em>124 thousand tons</em> !
The reason it's so big is because the charges in this question are so big ... 0.35 Coulombs each. 1 Coulomb is a huge amount of charge.
Each of the particles feels the same force, pushing it away from the other particle. (The electric force between two charges is always the same in both directions, just like the gravitational force between two masses.)
Answer:
U = 0 J
Explanation:
Given
N = 180
R = 0.55 m
Iy = 3.4 A
Bx = 1.1 T
U = ?
We can apply the following equation:
U = - μtotal*B*Cos ∅
where
μtotal = N*I*A = N*I*(π*R²) = 180*3.4 A*(π*(0.55 m)²)
⇒ μtotal = 581.603 A*m²
then
U = - (581.603 A*m²)*(1.1 T)*Cos 90º = 0 J
as we know ∅ = 90º
