RMC Week 1 Flashcards
What is the answer to a multiplication question in mathematics?
Product
In mathematics, the description of a number that has been multiplied by itself is what?
Exponent
The total or answer to an addition problem is the what?
Sum
That portion of a number that when multiplied by itself equals the original number is the what?
Square Root
A number consisting of a whole number and a fraction is called a?
Mixed Fraction
The upper number of a fraction indicating the parts of the whole is called the?
Numerator
A form of a fraction where the denominator will always be 100 and is not written is called a?
Percantage
The number of times a number is multiplied by itself as indicated by it’s exponent is?
Power
The number that is left over when a number is divided unequally is called the what?
Remainder
The quotient that results from dividing one number into another number is?
Divisor
The answer to a division problem is called the?
Quotient
A statement that two ratios are equal to each other is called a?
Proportion
Which combination of exposure factors will produce a total mAs of 50? 1) 50 mA and 10 milliseconds 2) 250 mA and 0.2 seconds 3) 500 mA and 0.01 seconds A. 1 only B. 2 only C. 3 only D. 1, 2, and 3
B. 2 only
If a radiograph is produced using an mA of 200 and 0.05 seconds,
how should the exposure time be changed if the mA is increased
to 400?
A. 0.025 seconds
B. 0.015 seconds
C. 0.20 seconds
D. 0.10 seconds
A. 0.025 seconds
If a radiograph is produced using an mA of 500 and 0.02 seconds,
how should the exposure time be changed if the mA is decreased
to 200?
A. 0.05 seconds
B. 0.025 seconds
C. 0.50 seconds
D. 10 seconds
A. 0.05 seconds
A satisfactory x-ray of the foot is produced using a technique of
300 mA, 0.05 seconds, 60 kVp, and an SID of 40 inches. How
should the mA be changed if the exposure time is increased to
0.15 seconds?
A. 15 mA
B. 30 mA
C. 100 mA
D. 600 mA
C. 100 mA
A satisfactory x-ray of the wrist is produced using a technique of
300 mA, 10 milliseconds, 55 kVp, and an SID of 38 inches. How
should the mA be changed if the exposure time is increased to 15
milliseconds?
A. 200 mA
B. 400 mA
C. 255 mA
D. 185 mA
A. 200 mA