Proper collimation of the useful beam for the film size and target-film distance will reduce 1. image definition. 2. secondary radiation. 3. radiographic contrast. 4. radiation received by patient.

Proper collimation of the useful beam for the film size and target-film distance will reduce
1. intensity of central beam.
2. secondary radiation.
3. radiographic contrast.
4. image definition.
5. radiation received by patient.

(2) and (5)
NDEB released questions set 2

Overlapped interproximal contacts in a bitewing radiograph are due to improper collimator

horizontal angle
NDEB released questions part 2 set 2

Proper collimation of the useful beam for film size and target-film distance reduces

secondary radiation.
NDEB released questions part 2 set 6

Proper collimation of the useful x-ray beam for the film size and target-film distance will reduce
1. image definition.
2. scattered radiation.
3. radiographic contrast.
4. patient dose.

(2) and (4)
NDEB released questions part 2 set 10

Proper collimation of the useful beam for the film size and target-film distance will reduce
1. image definition.
2. secondary radiation.
3. radiographic contrast.
4. radiation received by patient.

(2) and (4)
NDEB released questions part 2 set 12

Proper collimation of the useful beam for the film size and target-film distance will reduce
1. intensity of central beam.
2. secondary radiation.
3. radiographic contrast.
4. image definition.
5. radiation received by patient

(2) and (5)
Planets 34

Proper collimation of the useful beam for the film size and target-film distance will reduce
1. image definition.
2. secondary radiation.
3. radiographic contrast.
4. radiation received by patient

(2) and (4)
Planets 27

Proper collimation of the useful beam for the film size and target-film distance will reduce
1. image definition.
2. secondary radiation.
3. radiographic contrast.
4. radiation received by patient.

(2) and (4)

(1) (2) (3)

(1) and (3)

(4) only

All of the above.

0 explanations

Similar questions:

Proper collimation of the useful beam for the film size and target-film distance will reduce
1. intensity of central beam.
2. secondary radiation.
3. radiographic contrast.
4. image definition.
5. radiation received by patient.

Overlapped interproximal contacts in a bitewing radiograph are due to improper collimator

Proper collimation of the useful beam for film size and target-film distance reduces

Proper collimation of the useful x-ray beam for the film size and target-film distance will reduce
1. image definition.
2. scattered radiation.
3. radiographic contrast.
4. patient dose.

Proper collimation of the useful beam for the film size and target-film distance will reduce
1. image definition.
2. secondary radiation.
3. radiographic contrast.
4. radiation received by patient.

Proper collimation of the useful beam for the film size and target-film distance will reduce
1. intensity of central beam.
2. secondary radiation.
3. radiographic contrast.
4. image definition.
5. radiation received by patient

Proper collimation of the useful beam for the film size and target-film distance will reduce
1. image definition.
2. secondary radiation.
3. radiographic contrast.
4. radiation received by patient

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Proper collimation of the useful beam for the film size and target-film distance will reduce 1. image definition. 2. secondary radiation. 3. radiographic contrast. 4. radiation received by patient.

(2) and (4)

(1) (2) (3)

(1) and (3)

(4) only

All of the above.

0 explanations

Similar questions:

Proper collimation of the useful beam for the film size and target-film distance will reduce1. intensity of central beam.2. secondary radiation.3. radiographic contrast.4. image definition.5. radiation received by patient.

Overlapped interproximal contacts in a bitewing radiograph are due to improper collimator

Proper collimation of the useful beam for film size and target-film distance reduces

Proper collimation of the useful x-ray beam for the film size and target-film distance will reduce1. image definition.2. scattered radiation.3. radiographic contrast.4. patient dose.

Proper collimation of the useful beam for the film size and target-film distance will reduce1. image definition.2. secondary radiation.3. radiographic contrast.4. radiation received by patient.

Proper collimation of the useful beam for the film size and target-film distance will reduce1. intensity of central beam.2. secondary radiation.3. radiographic contrast.4. image definition.5. radiation received by patient

Proper collimation of the useful beam for the film size and target-film distance will reduce1. image definition.2. secondary radiation.3. radiographic contrast.4. radiation received by patient

Proper collimation of the useful beam for the film size and target-film distance will reduce
1. image definition.
2. secondary radiation.
3. radiographic contrast.
4. radiation received by patient.

Proper collimation of the useful beam for the film size and target-film distance will reduce
1. intensity of central beam.
2. secondary radiation.
3. radiographic contrast.
4. image definition.
5. radiation received by patient.

Proper collimation of the useful x-ray beam for the film size and target-film distance will reduce
1. image definition.
2. scattered radiation.
3. radiographic contrast.
4. patient dose.

Proper collimation of the useful beam for the film size and target-film distance will reduce
1. image definition.
2. secondary radiation.
3. radiographic contrast.
4. radiation received by patient.

Proper collimation of the useful beam for the film size and target-film distance will reduce
1. intensity of central beam.
2. secondary radiation.
3. radiographic contrast.
4. image definition.
5. radiation received by patient

Proper collimation of the useful beam for the film size and target-film distance will reduce
1. image definition.
2. secondary radiation.
3. radiographic contrast.
4. radiation received by patient