Which of the following is NOT part of a stall test procedure?
A) Connect a tachometer and block the drive wheels
B) Shift the transmission into neutral and run the engine at 1000 rpm for at least 60-seconds following a stall test.
C) Place the gear selector in gear and depress the accelerator making sure that the parking and service brakes are firmly applied
D) Run the engine at 2000 rpm for 2 minutes then turn OFF the key
D
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Find an equation for the work of reversible, isothermal compression of 1 mol of gas in a piston/cylinder assembly if the molar volume of the gas is given by 
where b and R are positive constants.
What will be an ideal response?
Answer the following statement(s) true (T) or false (F)
1. No one knows when the first battery was invented. 2. John Daniell did experiments in an attempt to improve the voltaic battery. 3. Primary cells are used for storage batteries. 4. A lead acid battery changes its chemical properties in different states. 5. A battery is typically rated in ohms.
Through how many thimble rotations must a metric micrometer be turned to make the spindle move exactly 1.25 mm?
A. 1.25 B. 1.50 C. 2.25 D. 2.50
An SQO sequencer with a 48 bit word length is needed where data starts at N7:20, length is 12, and the least significant output bit is O:1.0/0. Which one of the following statements correctly describes the ladder logic and sequencer configuration used for this application?
A) The three cascaded SQO sequencers would be placed on a single rung in series to link the three 16 bit outputs together. B) The three cascaded SQO sequencers on a single rung would have identical parameter values in the mask, control, length, and position elements. The starting field address for upper 16 bits would be N7:20, the middle 16 bits would be N7:35, and the lower 16 bits would be N7:50. The destination addresses from MSBs to LSBs would be O:1.0, O:2.0, and O:3.0. C) The three cascaded SQO sequencers on a single rung would have identical parameter values in the mask, control, length, and position elements. The starting field address for upper 16 bits would be N7:50, the middle 16 bits would be N7:35, and the lower 16 bits would be N7:20. The destination addresses from MSBs to LSBs would be O:3.0, O:2.0, and O:1.0. D) The three cascaded SQO sequencers on a single rung would have identical parameter values in the field, mask, destination, control, length, and position elements.