Answer:
= 2,018.3 J
Explanation:
mass (m) = 1.1 kg
velocity (v) = 62 m/s
initial angle(θ) = 12.3°
kinetic energy =
where
- m is the mass
- v is the velocity, which has two components
v = Vx + Vy (horizontal component + vertical component)
at the maximum height, velocity is 0, so Vy = 0 and v= Vx
v = Vx = v.cosθ
v = 62 x cos 12.3 = 60.6 m/s
therefore kinetic energy = =
= 2,018.3 J
To develop this problem it is necessary to apply the concepts related to destructive interaction.
By definition we know that it is given as
Where,
l = Distance between slits
m = Any integer representing the number of repetition of spectrum
There is a change in phase at the upper side of the film which causes the phase shift since the index of refraction of the soap film is greater than that of air.
The extra traveled distance is twice the film thickness since the light shines perpendicularly and the wave travels back and fourth through the film, so
(second smalles nonzero thickness) we have that
The index of refraction of soap is given so the relationship is
Substituting the previos equation
Re, arrange to find \lambda_{vacuum}
Therefore the vacuum wavelength of the light is 575.89nm
A Forensic Anthropologist studies skeletal remains and gather information used to determine the individual's age at death, sex and physical condition.
By growing corn...hope this helps
The answer is 2Hz
Using the formula f= 1/T we can plug in .5 for T and solve for frequency.