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Samenvatting Volledig formularium - Medische fysica en radioprotectie

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Een uitgebreid en bovenal VOLLEDIG formularium voor 'Medische fysica en radioprotectie' (dit in tegenstelling tot het formularium dat door de prof wordt voorzien). Een volledig overzicht per hoofdstuk van de te gebruiken formules voor de werkcolleges en het oplossen van de oefeningen.

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Uploaded on
February 5, 2025
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July 5, 2025
Number of pages
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Written in
2024/2025
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, Biomedische fysica en radioprotectie: Formules
Hoofdstuk 1: Kinematica

Eenparige rechtlijnige beweging (ERB):
x = x0 + vt

Eenparige versnelde rechtlijnige beweging (EVRB):
x = x0 + v0t + ½ at2

v = v0 + at (Ook v2 = v02 + 2a(x – x0))
Vrije val (met g = 9,81 m/s):

y = h – ½ gt2
v = -gt

met t = √2h/g en v = √2gh
Verticale worp (met g = 9,81m/s):

y = v0t – ½ gt2
v = v0 – gt
met ymax = ½ v02/g en tmax = v0/g

Projectielbeweging:
x = x0 + v0xt (ERB)

y = y0 + v0yt – ½ gt2 (EVRB)
Vervang v0x en v0y door uitdrukking:

v0x = v0cosӨ (Volgens definitie sinus en cosinus)
v0y = v0sinӨ (Volgens definitie sinus en cosinus)

vx = v0x = v0cosӨ
vy = v0y – gt = v0sinӨ – gt

v = √vx2 + vy2 (Snelheid van de landing)

(xmax , ymax) = ((v02sin2Ө0)/2g , (v02sin2Ө0)/2g)

Bereikt op t = (v0sinӨ0)/g

Reikwijdte: R = (v02sin2Ө0)/g
v0 = √v0x2 + v0y2 (Snelheid van de afsprong)

, Eenparige cirkelvormige beweging (ECB):
a = Ѡ2r (Centripetale versnelling) = v2/r

v = Ѡr = 2πr/T met T = 2π/Ѡ en f = 1/T
Eenparige versnelde cirkelvormige beweging (EVCB):

Ө = Ө0 + Ѡ0t + ½ at2
Ѡ = Ѡ0 + at (Ook Ѡ2 = Ѡ02 + 2a(Ө – Ө0))

Horizontale worp:
Gebruik: x = x0 + v0xt

y = y0 + v0yt – ½ gt2
w = v0 √2h/g
Hoofdstuk 2: Kinetica

∑Fx = Fx – fk = 0
met ∑Fx = max

∑Fy = N – G = 0 dus N = G


fk = µk N = µk mg
want N = G = mg

F = ma
Ft – fk = ma

met fk = µk N = µk mg
N = G = mg


Indien er onder een hoek Ө wordt gewerkt
∑Fx = Fx – fk = ma

∑Fy = N – G – Fy dus N ≠ G
dus ook N ≠ mg


F valt in onder een hoek Ө dus opsplitsen!!

Fx = FcosӨ (Volgens definitie sinus en cosinus)
Fy = Fsin Ө (Volgens definitie sinus en cosinus)
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