AFRMA Research
(a) Characteristics of the ideal fancy mouse include the following:
What will be an ideal response?
- Type: The ideal mouse should be sleek and alert, long and slim, yet with strong bone and an
arched loin.
2. Condition: The ideal mouse has a good weight and a smooth and glossy coat that feels fine to the
hand and densely covers the body.
3. Head: The head should be long and clean, not too fine or pointed at the muzzle; the skull should have
good breadth and length as well as width between the eyes and ears; the muzzle should show a roman
nose and well-developed whiskers.
4. Ears: The ears should be large and thin; carried high on the head and facing forward; and free of
folds, creases, or nicks.
5. Eyes: The eyes should be large, bold, and prominent, showing great animation and interest - 6. Tail: The tail should come out of the back, be thick at the root, and should taper gradually. It should
be free from kinks; the length should be equal to the body length or longer; and the junction with the
backbone should form the point of a triangle formed with the hips.
7. Size: Larger size has an advantage if everything else is equal; the average size should be eight to nine
inches from the nose to the tail tip.
8. General: Mice should be tractable and easy to handle. Physical defects or poor temperament shall be
penalized, and all faults will be considered of equal seriousness
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What will be an ideal response?
When speaking with a customer, Technician A uses profanity only if the customer uses foul language first. Technician B says that its okay to use profane language with younger customers because they can relate better. Which technician is correct?
A) Technician A only B) Technician B only C) Both technicians A and B D) Neither technician A nor B
Which of these is a type of electric motor designed to rotate in small steps based on the signal from a vehicle computer?
A) Stepper motor B) Compound motor C) Shunt control motor D) Stepping motor
Common mode rejection is the ability of an op amp to reject
A) signals that are simultaneously present at both inputs. B) signals that are generated due to input offset voltage. C) the effect of crosstalk. D) the effect of unwanted signals from adjacent op amps.