QUESTION 9 An exam requires 100 kvp / 74 mAs with a 140 speed image receptor....
Two questions :) Question completion Status: QUESTION 8 If a tungsten targeted x-ray tube were to operate at 96 kVp, what would be the energy of the most abundant x-ray produced? 1 points QUESTION 9 An exam requires 100 kvp / 74 mAs with a 140 speed image receptor. What speed image receptor is required if the mAs is changed to 47 mAs? Give your answer rounded to the nearest whole number 1 points Save Answer
QUESTION 98 A chest x-ray calls for 100 kVp kVp, 7 mAs, which results in an X-ray intensity of 379 Gy measured at the patient's location. If the mAs is increased to 16 mAs, what will the new X-ray intensity be? Give your answer to the nearest Gy. Include only the number portion of your answer. Do not include the unit. 1 points Save Answer
QUESTION 58 An exam requires 120 kVp, 30 mAs and is done on a single phase imaging system. Find the thermal energy delivered to the anode in Joules. 1 points Save Answer
A chest x-ray calls for 100 kVp kVp, 9 mAs, which results in an x-ray intensity of 359 μGy measured at the patient's location. If the mAs is increased to 17 mAs, what will the new x-ray intensity be? Give your answer to the nearest μGy
QUESTION 45 An exam is made at SID of 100 cm, 100 kVp and 16 mAs. The resulting X-ray intensity is 10 mR. If the exam is repeated at at SID = 50 cm, what should be the new mAs to keep the x-ray intensity at 10 mR? a. O 16 mAs b. O 64 mAs c. O 8 mAs d. O 4 mAs
QUESTION 79 A radiographic exam calls for 85 kVp, 10 mAs and 100 cm SID. It results in an x-ray intensity of 10 mR. To what level can the kVp be adjusted to obtain an x-ray intensity of 12 mR? a. O 85 kVp b. O 78 kVp c. O 93 kVp d. O 100 kVp e. O 98 kVp
Sep ck #21) A radiographic technique produces receptor distance (SID) 2 and 115 kV. (4 pts) 400 onm ae an exposure of 4 Gya at a source-to-image iD) of 200 cm and 100 kV, 20 mAs. The technique s chag ed to 21a) Find the new exposure in R if mAs is constant. 21b) If you want to maintain exposure what should the new mAs value be? #22 The dose to the breast was 600 may find the entire body...
QUESTION 55 An X-ray exam produces an intensity of 320 Gy at a distance of 106 cm. At what distance would the intensity be 400 Gy? Round your answer to the nearest whole number. Do not include units. 1 points Save Answer
9 CHALLENGE QUESTION (0 marks - see text) This bonus question does not contribute to your overall score on this exam. Instead, a correct response will give you +5 marks on your lowest exam (including this one). Only the final numerical answer will be considered, there will be no part marks A spherical ball rolls down a 2 m high rarnp. Its moment of inertia is given by 1 = 름 MR2. If the ball has a radius of R...
Test: Exam 3 Time Remaining: 04:40:45 Submit Tes This Question: 3 pts 74 or 19 (8 complete v 4 of 19 (8 complete) This Test: 100 pts possit JC Manufacturing purchased inventory for $5.700 and also paid a $330 freight bill. JC Manufacturing returned 30% of the goods to the seller and later took a 3% purchase discount. Assume JC Manufacturing uses a perpetual inventory system. What is JC Manufacturing's final cost of the inventory that it kept? (Round your...