Any bit or driver used in a drill main that slips the motor from the drill up at certain settings Q15. To drive a screw into a material the drill tip should rotato in a __ direction Clockwise unterclockwise Q16. When driving fasteners, a grinding noise where the driver bit meets the fastener could mean: A worn bit or mismatched driver size A poorly aligned drill axis relative to the fastener Not enough pressure on the drill tip All of these Q17. When using a drill, torque is best described as: The measure of the amount of rotational force The direction of rotation The speed of rotation Amount of forward pressure of the drill tip in the axis of the fastener

Question

Any bit or driver used in a drill main that slips the motor from the drill up at certain settings Q15. To drive a screw into a material the drill tip should rotato in a __ direction Clockwise unterclockwise Q16. When driving fasteners, a grinding noise where the driver bit meets the fastener could mean: A worn bit or mismatched driver size A poorly aligned drill axis relative to the fastener Not enough pressure on the drill tip All of these Q17. When using a drill, torque is best described as: The measure of the amount of rotational force The direction of rotation The speed of rotation Amount of forward pressure of the drill tip in the axis of the fastener

Answer 1

Q15: ClockwiseQ16: All of theseQ17: The measure of the amount of rotational force

Answer 2

## Step1Q15: The direction of rotation of the drill tip when driving a screw into a material is determined by the direction of the screw. If the screw is right-handed, the drill tip should rotate in a clockwise direction. If the screw is left-handed, the drill tip should rotate in an anticlockwise direction.## Step2Q16: A grinding noise when driving fasteners could be due to several reasons. These include a worn bit, mismatched driver size, a poorly aligned drill axis relative to the fastener, or not enough pressure on the drill tip. All these factors can cause a grinding noise.## Step3Q17: Torque in the context of using a drill is best described as the measure of the amount of rotational force. It is not the direction of rotation, the speed of rotation, or the amount of forward pressure of the drill tip in the axis of the fastener.

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