Based on the calculations, the angle relative to the incoming direction is equal to 82°.
<h3>How to calculate the angle?</h3>
Based on scientific records and the information provided, we know that the refractive index of diamond is 2.42 and the incident angle (Ia) is 41°.
Next, we would determine the total refraction angle by applying Snell's law:
n₁sini = n₂sinr
2.41sini = 1 × sin90
2.41sini = 1
i = sin⁻¹(1/2.42)
i = 24.41°.
Since Ia is greater than i (41 > 24.41), the ray will pass through the same medium and makes an angle of 41° (normal).
Therefore, the angle relative to the incoming direction is given by:
θ₁ = 41 + 41
θ₁ = 82°.
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Complete Question:
A typical diamond is cut as shown in (Figure 1). A ray of light has entered the flat window at the top of the diamond perpendicular to the surface, as shown in the figure. At what angle relative to the incoming direction is the ray reflected from the first interaction with the surface of the diamond?
Answer:
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Explanation:
Answer:
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Explanation:
The appointment which is NOT a type of appointment that can be created through SCMO is apprentice appointment
<h3>What is appointment?</h3>
Appointment can simply be defined as an arrangement to meet a person or be at a place at a certain period of time.
Below are examples of types of appointment:
- Faculty Appointments
- Administration Appointments
- Non-Employee appointment
- Staff Appointments
- Temporary Appointments.
- Extra compensation
- Non-Recurring payments, Non-Academic)
- Rehiring Retirees
The three types of appointments that can be entered through SCMO are as follows:
- Appointment reminder.
- Collection letter.
- New patient welcome.
So therefore, the appointment which is NOT a type of appointment that can be created through SCMO is apprentice appointment
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People work together, on the side of the planet that wasn't damaged, you could grow a lot more plants and stop cutting trees. This could repair the damage over a few hundred years, maybe more.