SCT 1

Question 1

Equation of Limiting Frequency (Fmax)

Answer 1

Question 2

Lambert-Beer Law

Answer 2

Question 3

Index of Refraction

Answer 3

Question 4

Snell’s Law of Refraction

Answer 4

Question 5

Formula of Resolving Power
(Of a conventional light microscope)

Answer 5

Question 6

Equation for the relationship between:
- Image distance (i)
- Object distance (o)
- Focal distance (f)

Answer 6

Question 7

Equation for the relationship between:
- Total binding energy (ΔE)
- Mass defect (Δm)

Answer 7

Question 8

Table of changes for each type of radioactive decay

Answer 8

Question 9

Law of Radioactive Decay
(Aka equation describing number of undecayed nuclei as a function of time)

Answer 9

Question 10

Equation for the relationship between:
- Radioactive decay constant (λ)
- Half life (T)

Answer 10

Question 11

Equation for the relationship between:
- Effective half life (Teff)
- Physical half life (Tphys)
- Biological half life (Tbiol)

Answer 11

Question 12

Equation for the relationship between:
- Effective decay constant (λeff)
- Physical decay constant (λphys)
- Biological decay constant (λbiol)

Answer 12

Question 13

Equation describing the attenuation of Gamma/X-Ray radiation in an absorbing material

Answer 13

Question 14

Probability of generating exactly (n) hits when applying a dose of (D) in volume (V)

Answer 14

Question 15

Equation describing the dose-response curve
(When one hit is necessary for inactivation)

Answer 15

Question 16

Equation describing cell survival
(According to the linear-quadratic model)

Answer 16

Question 17

Write the equation for speed of sound (c)

Answer 17

Question 18

Write the equation for acoustic impadence (Z)

Answer 18

Question 19

Write the equation of Doppler Shift (fD)

Answer 19

Question 20

Equation of gravitational force

Answer 20

Question 21

Equation of Sedimentation Coefficient (S)

Answer 21