Fraction to 1) 1/5 2) 1/20 3) 1/8 4) 1/60 5) 1/15 6) 100 7) 100 mA X X | || || || || 2. 100 mA @ 3. 200 mA @ = X Time (s) = mAs mA or S is unknown 1.50 mA @ Inverse Square 0.07 = 0.013 = Milliamperage second Conversions Math Review Decimal 3. Distance of 40" = 5 mR S = 12 MAS S = 8 MAS S = 15 MAS 4. mAs density changes 1. mAs 10 Double the optical density (OD) 2. mAs = 15 Double the optical density (OD). 5. 6. 8) 100 9) 100 10) 100 mA 11) 100 12)200 13) 300 14) 400 15) 500 mA @ X X X X X X X X X 0.033 = 0.25 0.009 Time (s) = mAs 1/8 = 1/120 1/15 = 1/40 = 1/6 0.1 S = 45 mAS mA @ 0.2 S = 42 MAS mA @ 0.3 65 mAS 1/2 the OD 1/2 the OD Jois 1./Distance of 40" = 20 mR New distance = 80", what is your new dose 2. Distance of 60" = 16 mR New distance = 30", what is your new dose New distance = 36", what is your new dose =
Fraction to 1) 1/5 2) 1/20 3) 1/8 4) 1/60 5) 1/15 6) 100 7) 100 mA X X | || || || || 2. 100 mA @ 3. 200 mA @ = X Time (s) = mAs mA or S is unknown 1.50 mA @ Inverse Square 0.07 = 0.013 = Milliamperage second Conversions Math Review Decimal 3. Distance of 40" = 5 mR S = 12 MAS S = 8 MAS S = 15 MAS 4. mAs density changes 1. mAs 10 Double the optical density (OD) 2. mAs = 15 Double the optical density (OD). 5. 6. 8) 100 9) 100 10) 100 mA 11) 100 12)200 13) 300 14) 400 15) 500 mA @ X X X X X X X X X 0.033 = 0.25 0.009 Time (s) = mAs 1/8 = 1/120 1/15 = 1/40 = 1/6 0.1 S = 45 mAS mA @ 0.2 S = 42 MAS mA @ 0.3 65 mAS 1/2 the OD 1/2 the OD Jois 1./Distance of 40" = 20 mR New distance = 80", what is your new dose 2. Distance of 60" = 16 mR New distance = 30", what is your new dose New distance = 36", what is your new dose =
Algebra and Trigonometry (6th Edition)
6th Edition
ISBN:9780134463216
Author:Robert F. Blitzer
Publisher:Robert F. Blitzer
ChapterP: Prerequisites: Fundamental Concepts Of Algebra
Section: Chapter Questions
Problem 1MCCP: In Exercises 1-25, simplify the given expression or perform the indicated operation (and simplify,...
Related questions
Question
100%
![5:24 PM Sat Sep 16
←
Math+Practice+W+3
Fraction
1) 1/5
2) 1/20
3) 1/8
4) 1/60
5) 1/15
6) 100
7) 100
mA
X
X
X
|| || || || ||
to Decimal
0.07 =
0.013 =
Time (s) = mAs
mA or S is unknown
1.50 mA @
2. 100 mA @
3. 200 mA @
mAs density changes
1. mAs = 10
2. mAs = 15
+
Tt
3. Distance of 40" = 5 mR
Milliamperage second Conversions
Math Review
4. Distance of 40" = 8 mR
S = 12 MAS
S = 8 MAS
S = 15 MAS
Double the optical density (OD)
Double the optical density (OD)
Inverse Square
Dist
Distance of 40" = 20 mR New distance
2. Distance of 60" = 16 mR New distance =
=
4.
5.
6.
O
V
8) 100
9) 100
10) 100
mA
11) 100
12) 200
13) 300
14) 400
15) 500
mA @
X
X
X
X
X
X
X
X
X
0.033
0.25
0.009 =
80", what is your new dose
30", what is your new dose
Time (s) = mAs
1/8
1/120
1/15
1/40
1/6
0.1 S = 45 mAS
mA @
0.2 S = 42 MAS
mA @ 0.3 65 mAS
1/2 the OD
|| ||
1/2 the OD
|| || || || ||
=
New distance = 36", what is your new dose
What new distance will reduced your dose to 2 mR
☎ 99%](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fde56390e-d2c8-45f5-9f83-c95fbb4c473e%2Fe8909e68-fc0e-4c26-a74f-395c80f82396%2F2ms1mon_processed.png&w=3840&q=75)
Transcribed Image Text:5:24 PM Sat Sep 16
←
Math+Practice+W+3
Fraction
1) 1/5
2) 1/20
3) 1/8
4) 1/60
5) 1/15
6) 100
7) 100
mA
X
X
X
|| || || || ||
to Decimal
0.07 =
0.013 =
Time (s) = mAs
mA or S is unknown
1.50 mA @
2. 100 mA @
3. 200 mA @
mAs density changes
1. mAs = 10
2. mAs = 15
+
Tt
3. Distance of 40" = 5 mR
Milliamperage second Conversions
Math Review
4. Distance of 40" = 8 mR
S = 12 MAS
S = 8 MAS
S = 15 MAS
Double the optical density (OD)
Double the optical density (OD)
Inverse Square
Dist
Distance of 40" = 20 mR New distance
2. Distance of 60" = 16 mR New distance =
=
4.
5.
6.
O
V
8) 100
9) 100
10) 100
mA
11) 100
12) 200
13) 300
14) 400
15) 500
mA @
X
X
X
X
X
X
X
X
X
0.033
0.25
0.009 =
80", what is your new dose
30", what is your new dose
Time (s) = mAs
1/8
1/120
1/15
1/40
1/6
0.1 S = 45 mAS
mA @
0.2 S = 42 MAS
mA @ 0.3 65 mAS
1/2 the OD
|| ||
1/2 the OD
|| || || || ||
=
New distance = 36", what is your new dose
What new distance will reduced your dose to 2 mR
☎ 99%
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