The law stating that any combination of mA and time that produce the same mAs will produce the same receptor exposure is the:
If SID is increased without any changes to mAs or kVp, what…
If SID is increased without any changes to mAs or kVp, what will happen to patient dose?
When the kVp increases, the beam intensity will:
When the kVp increases, the beam intensity will:
If part thickness decreases, what happens to beam quality?
If part thickness decreases, what happens to beam quality?
The law of reciprocity describes the reciprocal relationship…
The law of reciprocity describes the reciprocal relationship between:
Which of the following is considered to be a destructive pat…
Which of the following is considered to be a destructive pathology?
If mAs is doubled, what will happen to receptor exposure?
If mAs is doubled, what will happen to receptor exposure?
Which of the four prime factors affect beam intensity reachi…
Which of the four prime factors affect beam intensity reaching the IR?mAtimekVpSID
An acceptable radiograph was taken using 20 mAs at 70 kVp at…
An acceptable radiograph was taken using 20 mAs at 70 kVp at a distance of 40”. A second radiograph is requested at 72”. What mAs should be used to maintain receptor exposure?
Which SID will demonstrate the lowest receptor exposure?
Which SID will demonstrate the lowest receptor exposure?