Electrical would be the energy that involves the flow of positive charges.
Answer:
B = 0.036 T
Explanation:
Given:
p.d, Va= 1.8 KV = 1800V
Distance btw plates, d= 8mm = 0.008m
Let's use the equation:
Substitute figures in the equation, we have:
Solving for v' we have:
For electric field between plates, we use the formula :
Where V = 120
The magnitude of magnetic field, B, needed so that the alpha particles emerge undeflected will be given as:
B = 0.036 T
<span>An example of a high energy electromagnetic wave is "X-Ray"
When car runs, it's chemical energy (gasoline) converts into mechanical energy
Temperature is the measure of hotness or coldness of the body, so when heat expose to a substance, it's degree of hotness increases & it's temperature increases
Hope this helps!
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The first thing you should know for this case is that density is defined as the quotient between mass and volume.
d = m / v
We have two states:
State 1:
d1 = 1.20 g / l
v1 = 1.02 × 106 l
State 2:
v2 = 1.09 × 106 l
Since the mass remains constant, then:
m = d1 * v1
Then, the density in state two will be:
d2 = m / v2
Substituting the value of the mass we have:
d2 = (d1 * v1) / v2
Substituting the values:
d2 = ((1.20) * (1.02 * 10 ^ 6)) / (1.09 * 10 ^ 6) = 1.12 g / l
answer:
The density of the heated air in the balloon is 1.12 g / l
