RADBIO Flashcards

1
Q

is the study of the effect of ionizing radiation on living organisms.

A

RADBIOLOGY

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2
Q

The action involves physics and biology

A

RADBIOLOGY

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3
Q

Study of living organism and its vital process

A

Biology

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4
Q

Smallest unit of matter

A

Atom

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5
Q

number of proton in nucleus

A

Atomic Number(Z)

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6
Q

number of proton and neutron

A
  • Atomic Mass Number (A)
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7
Q

mass of proton

A

1.007276

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8
Q

mass of neutron

A

1.008665

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9
Q

mass of electron

A

0.0005486

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10
Q
  • Combination of 2/more atom connected by chemical bonds
A

Molecules

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11
Q
  • Maintains proper composition and properties and substance in our body
A

Molecules

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12
Q
  • Basic structure of living organism
A

Cell

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13
Q
  • is a special type of radiation that includes x-rays
A

lionizing Radiation

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14
Q
  • Is any type of radiation that is capable of removing an orbital electron from the atom with which it interacts
A

lionizing Radiation

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15
Q
  • type of radiation that travels and the speed of light
A

lionizing Radiation

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16
Q

speed of light in m/s

A

299 792 458

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17
Q

speed of light in ft/s

A

983 571 056

18
Q

speed if light in miles/s

19
Q

Removal of electron in an atom

A

Ionization

20
Q

Process where atom/molecule gain or losses an electron resulting in formation of Ions

A

Ionization

21
Q

interacts with DNA

A

 Cation

22
Q

Types of Ionizing Radiation

A
  1. Alpha Particles
  2. Beta
  3. Neutron- n
  4. Gamma
  5. Xray
23
Q

is a particulate form of ionizing radiation that consists of two protons and two neutrons.

24
Q
  • All of their energy is absorbed inside the body, potential causing damage to the cells.
25
Q
  • It can be stopped by paper and skin
26
Q
  • Has low penetrating ability
27
Q
  • Source is gas, Radium, Radon, Uranium, and Thorium
28
Q
  • has two types: plus and minus
29
Q
  • is an electron emitted from the nucleus of a radioactive atom. fast-moving particles in a negative electrical charge that are emitted from an atom’s nucleus during radioactive decay
30
Q
  • They travel farther in air than alpha particles
31
Q
  • stopped by a layer of clothing or by a thin layer of a substance: Aluminum
32
Q
  • Source: unstable isotopes: Carbon 14, Iodine, Strontium, Cesium
33
Q
  • usually emitted as a result of spontaneous or induced nuclear fission.
34
Q
  • Able to travel hundreds or even thousands of meters in air, they are however able to be effectively stopped if blocked by a hydrogen-richmaterial, such as concrete or water
35
Q
  • The emission of an high-energy wave from the nucleus of an atom
36
Q
  • The emission of a high energy wave from the electron cloud of an atom
37
Q

This is generally caused by energy changes in an electron, such as moving from a higher energy level to a lower one, causing the excess