What is the function of meter scale ?

1 Answer

Answer :

The function of meter scale is to measure length.

Related questions

Description : What is the value of the smallest cell on a meter scale ?

Last Answer : The value of the smallest cell on a meter scale is 1 mm

Description : What is meter scale ?

Last Answer : The simplest instrument for measuring length in the laboratory is the meter scale. Its length is 1 meter or 100 centimeters. This is why it is called meter scale. This scale has cuts in centimeters ... with the help of this scale. The Vernier scale is to be used for more precise measurements.

Description : How much can be measured accurately using meter scale ?

Last Answer : Measurements up to millimeters can be accurately measured using the meter scale.

Description : What is meter scale ?

Last Answer : : The simplest instrument for measuring length in the laboratory is the meter scale. Its length is 1 meter or 100 centimeters. That is why it is called meter scale.

Description : Is using a body fat meter better than a scale?

Last Answer : Using a body fat meter is so much more accurate than a scale. Scales can be incorrect depending on the time of day.

Description : The reading at 'X' while on the R X 100 meter scale illustrated would be ______. EL-0047 A. 8 ohms B. 150 ohms C. 800 ohms D. 80,000 ohms

Last Answer : Answer: C

Description : On the meter scale illustrated, while using the R X 100 scale, the reading at 'Z' is___________. EL-0047 A. 3,000 ohms B. 30,000 ohms C. 300,000 ohms D. 3,000,000 ohms

Last Answer : Answer: A

Description : On the meter scale illustrated, while using the R X 1 scale, the reading at 'E' will be ____________. EL-0047 A. 2.0 ohms B. 20 ohms C. 200 ohms D. none of the above

Last Answer : Answer: A

Description : On the meter scale illustrated, while using the R X 1 scale, the reading at 'F' will be ____________. EL-0047 A. 1.8 ohms B. 6.0 ohms C. 9.4 ohms D. 0.6 ohms

Last Answer : Answer: D

Description : On the meter scale illustrated, while using the R X 1 scale, the reading at 'Z' will be ____________. EL-0047 A. 30 ohms B. 72 ohms C. 720 ohms D. 7.2 Kohms

Last Answer : Answer: A

Description : On the meter scale illustrated, while using the R X 100 scale, the reading at 'F' will be ____________. EL-0047 A. 60 ohms B. 40 ohms C. 30 ohms D. 3 kohms

Last Answer : Answer: A

Description : On the meter scale illustrated, while using the R X 100 scale, the reading at 'B' will be ____________. EL-0047 A. 70 ohms B. 35 ohms C. 700 ohms D. 7 kohms

Last Answer : Answer: D

Description : On the meter scale illustrated, while using the R X 100 scale, the reading at 'C' will be ____________. EL-0047 A. 13 ohms B. 130 ohms C. 1.3 kohms D. 13 kohms

Last Answer : Answer: C

Description : On the meter scale illustrated, while using the R X 100 scale, the reading at 'D' will be ____________. EL-0047 A. 3.6 ohms B. 36 ohms C. 193 ohms D. 360 ohms

Last Answer : Answer: D

Description : On the meter scale illustrated, while using the R X 100 scale, the reading at 'A' will be ____________. EL-0047 A. 2,000 ohms B. 20 Kohms C. 200 Kohms D. 3 Megohms

Last Answer : Answer: B

Description : A capacitor is to be tested with a megohmmeter. If the meter is connected to a shorted capacitor, the meter pointer should _____________. A. immediately swing to the maximum resistance value ... and gradually decrease D. swing to zero then gradually increase with slight pointer movements down scale

Last Answer : Answer: B

Description : A milliammeter, with a full scale deflection reading of 100 milliamps, is known to have an accuracy of + or - 2%. A meter reading of 10 milliamps would indicate a line current of between _____________. A. 9.8 ... 9.8 and 10.2 milliamperes C. 8.0 and 12.0 milliamperes D. 8.0 and 10.0 milliamperes

Last Answer : Answer: B

Description : Before measuring an unknown resistance with an ohmmeter, you should _____________. A. adjust the meter's pointers to mid-scale B. change the meter's batteries C. center the meter's pointer at infinity D. short the test leads and calibrate the meter

Last Answer : Answer: D

Description : Before measuring an unknown resistance with an ohmmeter, you should _____________. A. adjust the meter's pointer to mid-scale B. short the test leads and calibrate the meter reading to 'zero' C. change the meter's batteries D. center the meter's pointer at infinity

Last Answer : Answer: B

Description : A testing device called a 'growler' is being used to locate a shorted coil in the stator of an AC electrical machine. When the 'feeler' is moved over a slot containing the shorted coil _____________. ... . the meter needle will be deflected to zero D. the meter needle will be deflected to full-scale

Last Answer : Answer: A

Description : A capacitor can be tested using a megohmmeter or an ohmmeter. If the meter is connected to a shorted capacitor, the meter pointer should _____________. A. immediately swing to the maximum resistance ... deflect to and remain at zero D. immediately swing to a high reading and then gradually decrease

Last Answer : Answer: C

Description : Which instrument is used for measuring the magnitude of an earthquake- a) Tilit meter b) Richter scale c) Seismograph d) Seismometer

Last Answer : b) Richter scale

Description : Which instrument are used for intensity of the earthquake a) Richter scale b) Seismometers c) Seismograph d) Tilt meter

Last Answer : b) Seismometers

Description : What value is indicated on the scale of an ac meter?

Last Answer : Effective value (rms).

Description : (True or False) The larger the current required to produce full-scale deflection of the meter coil, the better the sensitivity of the meter.

Last Answer : False.

Description : A good choice of shunt resistance will place the indicating pointer near what part of the meter scale with a normal load?

Last Answer : Midscale.

Description : It is the reciprocal of the full-scale current of a meter

Last Answer : sensitivity

Description : Type of power-line frequency meter device utilizing a principle of balancing an indicator needle at center of a scale using magnetic fields opposing each other.

Last Answer : magnetic type

Description : A meter has a full-scale current of 50uA, what is its sensitivity?

Last Answer : Is=1/50uA=20kohm/V

Description : A galvanometer with 20 ohms coil resistence has a full-scale deflection of 10 mA. A 0.02 ohm is placed across the meter to increase its rating capacity. What is the new full scale current for the meter?

Last Answer : False.

Description : An ammeter has a full-scale deflection current of 100mA. If the same ammeter is used to measure a full-scale current of 1.0ampere, what is the value of the shunt resistor in ohms if the voltage across the meter is 9.0 volts?

Last Answer : 10 ohms

Description : A moving coil meter has a resistance of 3 Ω and gives full scale deflection with 30 mA. To measure voltage up to 300 V, the external resistance to be connected in series with the instrument is (A) 9997 Ω (B) 10000 Ω (C) 997 Ω (D) 10003 Ω

Last Answer : A moving coil meter has a resistance of 3 Ω and gives full scale deflection with 30 mA. To measure voltage up to 300 V, the external resistance to be connected in series with the instrument is 9997 Ω

Last Answer : A moving coil instrument is used as an ohmmeter. The indicating scale of the meter will be Hyperbolic.