thank you so much, very helpful. Can you please solve this for me? "A radiograph is performed using 40 mAs, 80 kVp with a 100 cm SID receptor distance, a 40 cm object-to-image receptor distance, and a 2 mm focal spot. The magnification factor for this image is approximately?" Thank you in advance.
Wait a sec... is this your homework? ;) MF = SID/SOD and SID = SOD + OID If you need more dets check out Golden Formulas 1: th-cam.com/video/PrHYM-bgFBw/w-d-xo.html And Golden Formulas 2: th-cam.com/video/fBEPRwe705Q/w-d-xo.html
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Really helpful, great job explaining! One thing though, for the last question i came up with 0.0016? My answer had an extra 0 in it.
That's correct. Looks like I skipped a zero! Good catch.
Extremely helpful! 🙏🏽
Are these Part of radiography physics classes or just problems we will see in regular rad classes or non physics rad classes.
Depends on the rad program, but basically they are tested as Image Production.
thank you so much, very helpful.
Can you please solve this for me? "A radiograph is performed using 40 mAs, 80 kVp with a 100 cm SID receptor distance, a 40 cm object-to-image receptor distance, and a 2 mm focal spot. The magnification factor for this image is approximately?" Thank you in advance.
Wait a sec... is this your homework? ;)
MF = SID/SOD and SID = SOD + OID
If you need more dets check out Golden Formulas 1: th-cam.com/video/PrHYM-bgFBw/w-d-xo.html
And Golden Formulas 2: th-cam.com/video/fBEPRwe705Q/w-d-xo.html
You should covert to all like units before calculating
meh... maybe. If it calculating a factor, what's the point?