One millisecond is A) 1 second B) 10th of a seconds C) 1000th of a seconds D) 10000th of a seconds

  One millisecond is A) 1 second B) 10th of a seconds C) 1000th of a seconds D) 10000th of a seconds
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One millisecond is a. 1 second b. 10th of a seconds c. 1000th of a seconds d. 10000th of a seconds

Description : One millisecond is a. 1 second b. 10th of a seconds c. 1000th of a seconds d. 10000th of a seconds

Last Answer : c. 1000th of a seconds

One millisecond is a. 1 second b. 10th of a seconds c. 1000th of a seconds d. 10000th of a seconds

Description : One millisecond is a. 1 second b. 10th of a seconds c. 1000th of a seconds d. 10000th of a seconds

Last Answer : c. 1000th of a seconds

One millisecond is a. 1 second b. 10th of a seconds c. 1000th of a seconds d. 10000th of a seconds

Description : One millisecond is a. 1 second b. 10th of a seconds c. 1000th of a seconds d. 10000th of a seconds

Last Answer : c. 1000th of a seconds

One micron is equal to- (1) 1/10th of mm (2) 1/100th of mm (3) 1/1000th of mm (4) 1/10000th of mm

Description : One micron is equal to- (1) 1/10th of mm (2) 1/100th of mm (3) 1/1000th of mm (4) 1/10000th of mm

Last Answer : (3) 1/1000th of mm Explanation: In the U.S. the thickness of paint is expressed in mils (one mil equals 1/1000 of inch). The rest of the world expresses coating thickness in microns (1 micron = 1 millionth of a meter and 25.4 microns = .001” inch or 1 mil).

One micron is equal to- (1) 1/10th of mm (2) 1/100th of mm (3) 1/1000th of mm (4) 1/10000th of mm

Description : One micron is equal to- (1) 1/10th of mm (2) 1/100th of mm (3) 1/1000th of mm (4) 1/10000th of mm

Last Answer : (3) 1/1000th of mm Explanation: In the U.S. the thickness of paint is expressed in mils (one mil equals 1/1000 of inch). The rest of the world expresses coating thickness in microns (1 micron = 1 millionth of a meter and 25.4 microns = .001” inch or 1 mil).

What else can be done in a millisecond (clarification awaits below)?

Description : What else can be done in a millisecond (clarification awaits below)?

Last Answer : An epiphany can strike you in a millisecond. So can a drunk driver.

What’s with the Reddit ad that screams at you the millisecond you scroll by it?

Description : What’s with the Reddit ad that screams at you the millisecond you scroll by it?

Last Answer : Need Answer

Find the time constant for a R-C circuit for resistance R = 24 kohm and C = 16 microfarad. a) 1.5 millisecond b) 0.6 nanosecond c) 384 millisecond d) 384 microsecond

Description : Find the time constant for a R-C circuit for resistance R = 24 kohm and C = 16 microfarad. a) 1.5 millisecond b) 0.6 nanosecond c) 384 millisecond d) 384 microsecond

Last Answer : c) 384 millisecond

Air blast circuit breakers for 400 kV power system are designed to operate in (a) 100 microsecond (b) 50 millisecond (c) 0.5 sec (d) 0.1 sec

Description : Air blast circuit breakers for 400 kV power system are designed to operate in (a) 100 microsecond (b) 50 millisecond (c) 0.5 sec (d) 0.1 sec

Last Answer : (b) 50 millisecond

Let the page fault service time be 10 millisecond(ms) in a computer with average memory access time being 20 nanosecond(ns). If one page fault is generated for every 106 memory accesses, what is the effective access time for memory? (A) 21 ns (B) 23 ns (C) 30 ns (D) 35 ns

Description : Let the page fault service time be 10 millisecond(ms) in a computer with average memory access time being 20 nanosecond(ns). If one page fault is generated for every 106 memory accesses, what is the effective access time for memory? (A) 21 ns (B) 23 ns (C) 30 ns (D) 35 ns

Last Answer : (C) 30 ns

In the electricity meter, the digit to the extreme right is: A. 1/5th of the unit B. 1/10th of the unit C. 1/100 of the unit D. 1/1000th of the unit

Description : In the electricity meter, the digit to the extreme right is: A. 1/5th of the unit B. 1/10th of the unit C. 1/100 of the unit D. 1/1000th of the unit

Last Answer : ANSWER: B

In the electricity meter, the digit to the extreme right is: A. 1/5th of the unit B. 1/10th of the unit C. 1/100 of the unit D. 1/1000th of the unit

Description : In the electricity meter, the digit to the extreme right is: A. 1/5th of the unit B. 1/10th of the unit C. 1/100 of the unit D. 1/1000th of the unit

Last Answer : ANSWER: B

In the electricity meter the digit to the extreme right is------? A. 1/5th of the unit B. 1/100 of the unit C. 1/10th of the unit (Answer) D. 1/1000th of the unit

Description : In the electricity meter the digit to the extreme right is------? A. 1/5th of the unit B. 1/100 of the unit C. 1/10th of the unit (Answer) D. 1/1000th of the unit

Last Answer : C. 1/10th of the unit (Answer)

In what year is the 1000th goal of the World Cup ?

Description : In what year is the 1000th goal of the World Cup ?

Last Answer : The 1000th goal in the World Cup was scored in 1986.

Which team scored the 1000th goal in the World Cup ?

Description : Which team scored the 1000th goal in the World Cup ?

Last Answer : The 1000th goal in the World Cup is against Scotland.

Which country's player scored the 1000th goal in the World Cup ?

Description : Which country's player scored the 1000th goal in the World Cup ?

Last Answer : The Netherlands player scored the 1000th goal in the World Cup.

Who scored the 1000th goal in the World Cup ?

Description : Who scored the 1000th goal in the World Cup ?

Last Answer : : The groom Rosenbrisk scored the 1000th goal in the World Cup.

Who lost the 1000th match in T20 history ?

Last Answer : The fast T20 of the ongoing Bangladesh-India series was the 1000th cricket match in the history of T20.

What is the commonly used unit for measuring the sped of data transmission? 1) Bits per second 2) Nano seconds 3) Characters per second 4) Mega Hertz

Description : What is the commonly used unit for measuring the sped of data transmission? 1) Bits per second 2) Nano seconds 3) Characters per second 4) Mega Hertz

Last Answer : 1) Bits per second

What is the commonly used unit for measuring the speed of data transmission ? (1) Mega Hertz (2) Characters per second (3) Bits per second (4) Nano seconds

Description : What is the commonly used unit for measuring the speed of data transmission ? (1) Mega Hertz (2) Characters per second (3) Bits per second (4) Nano seconds

Last Answer : Bits per second 

Is AMPS the number of coulombs per second or 1.6x10^-19 per seconds?

Description : Is AMPS the number of coulombs per second or 1.6x10^-19 per seconds?

Last Answer : not sure, but according to wikipedia: http://en.wikipedia.org/wiki/Ampere a current of one ampere is one coulomb of charge going past a given point per second or more specifically Since ... to 6.24150948 1018 elementary charges, such as electrons, moving past a boundary in one second.

how,he speed of sound is about 3.4 × 102 meters per second. Mark is performing a science experiment and he needs to know how far sound travels in 3 × 1010 seconds. If Mark uses a calculator to solve this problem, how will the calculator show the answer?

Description : how,he speed of sound is about 3.4 × 102 meters per second. Mark is performing a science experiment and he needs to know how far sound travels in 3 × 1010 seconds. If Mark uses a calculator to solve this problem, how will the calculator show the answer?

Last Answer : 10200000000000

How many seconds is equal to one nano second ?

Last Answer : One nanosecond equals 10 ^ -9 seconds.

How fast will a car be going after 5 seconds when the car accelerates from rest at a rate of 6 meters per second squared?

Description : How fast will a car be going after 5 seconds when the car accelerates from rest at a rate of 6 meters per second squared?

Last Answer : 30 m/sUse the kinematic equation: vf = vi + at,where:vf is final velocity (?), vi is initial velocity (0 m/s), a is acceleration (6 m/s2), and t is time (5 s).Plug the known values into the equation and solve.vf = 0 + (6 m/s21)(5 s) = (6 m/s)(5) = 30 m/s

If a submarine dives 378 feet in 14 seconds the average change in elevation is feet per second.?

Description : If a submarine dives 378 feet in 14 seconds the average change in elevation is feet per second.?

Last Answer : 27 fps

If you should add one second of following distance for each environment Factor how many seconds should you add for nighttime and rain fog?

Description : If you should add one second of following distance for each environment Factor how many seconds should you add for nighttime and rain fog?

Last Answer : Need answer

How long would the Suns initial supply of hydrogen last in both seconds and yrs as it fuses 600 bil. k ea. second total H avail. in its lifetime is 1.8x10 to 2nd pwr?

Description : How long would the Suns initial supply of hydrogen last in both seconds and yrs as it fuses 600 bil. k ea. second total H avail. in its lifetime is 1.8x10 to 2nd pwr?

Last Answer : You are supposed to divide the total amount of hydrogen, by the consumption per second. That will give you the time in seconds. You can then convert that to years, by dividing by the number of seconds in a year.

How many revolutions will a turntable that rotates through an angle of 3 over 2 pi in one second make in 60 seconds?

Description : How many revolutions will a turntable that rotates through an angle of 3 over 2 pi in one second make in 60 seconds?

Last Answer : I guess you mean 3 pi over 2, ie 3Ï€/2 though it may have been given to you as (3/2)Ï€ To solve this, find the total angle turned in 60 seconds and divide by the angle in a whole ... radians = 90Ï€/2Ï€ revolutions = 45 revolutions (45 rpm - the figure calculated - was the standard for a single).

You visit the Grand Canyon and drop a quarter off the edge of a cliff. The quarter falls 16 feet the first second, 48 feet the next second, 80 feet the third second, and so on. If the quarter fell 9 seconds before hitting the ground, how far down is it?

Description : You visit the Grand Canyon and drop a quarter off the edge of a cliff. The quarter falls 16 feet the first second, 48 feet the next second, 80 feet the third second, and so on. If the quarter fell 9 seconds before hitting the ground, how far down is it?

Last Answer : an=a1+(n-1)dan=16+(6-1)32=176The 6th term is 176. Now we are ready to find the sum:

A giraffe can one 525 m in 75 seconds and everything can one 260 m in 65 seconds find the speed of the elephant in meters per second.?

Description : A giraffe can one 525 m in 75 seconds and everything can one 260 m in 65 seconds find the speed of the elephant in meters per second.?

Last Answer : 48 we

A giraffe can one 525 m in 75 seconds and everything can one 260 m in 65 seconds find the speed of the elephant in meters per second.?

Description : A giraffe can one 525 m in 75 seconds and everything can one 260 m in 65 seconds find the speed of the elephant in meters per second.?

Last Answer : 48 we

Second’s pendulum is a pendulum which executes one oscillation in: (1) Half a second (2) One second (3) Two seconds (4) None of these

Description : Second’s pendulum is a pendulum which executes one oscillation in: (1) Half a second (2) One second (3) Two seconds (4) None of these

Last Answer : (3) Two seconds Explanation: A pendulum is a weight suspended from a pivot so that it can swing freely. A seconds pendulum is a pendulum whose period is precisely two seconds; one second for a swing in one direction and one second for the return swing, a frequency of 1/2 Hz.

The time period of a second’s pendulum is – (1) 1 second (2) 2 seconds (3) 0.5 second (4) 1.5 seconds

Description : The time period of a second’s pendulum is – (1) 1 second (2) 2 seconds (3) 0.5 second (4) 1.5 seconds

Last Answer : (2) 2 seconds Explanation: A seconds pendulum is a pendulum whose period is precisely two seconds; one second for a swing in one direction and one second for the return swing, a frequency of 1/2 Hz. At standard gravity its length is 0.994 m.

In a 60 Hz AC system, the current will pass through one complete cycle in _____________. A. 60 seconds B. 6 seconds C. 1 second D. .016 of a second

Description : In a 60 Hz AC system, the current will pass through one complete cycle in _____________. A. 60 seconds B. 6 seconds C. 1 second D. .016 of a second

Last Answer : Answer: D

If the values of 'C' and 'R' shown in the illustration were 1 microfarad and 100 kOhms respectively, at what listed time would 'C' be considered fully charged? EL-0086 A. 0.1 second B. 0.2 second C. 0.5 second D. 5 seconds

Description : If the values of 'C' and 'R' shown in the illustration were 1 microfarad and 100 kOhms respectively, at what listed time would 'C' be considered fully charged? EL-0086 A. 0.1 second B. 0.2 second C. 0.5 second D. 5 seconds

Last Answer : Answer: C

If the values of 'C' and 'R' shown in the illustration were 1 microfarad and 100 kOhms, which of the listed time intervals would equal one 'time constant'? EL-0086 A. 0.1 second B. 0.2 second C. 0.5 second D. 5.0 seconds

Description : If the values of 'C' and 'R' shown in the illustration were 1 microfarad and 100 kOhms, which of the listed time intervals would equal one 'time constant'? EL-0086 A. 0.1 second B. 0.2 second C. 0.5 second D. 5.0 seconds

Last Answer : Answer: A

If the values of 'C' and 'R' shown in the illustration were 1 microfarad and 3 Megohms respectively, at what listed time would 'C' be considered fully charged? EL-0086 A. 0.33 second B. 3 seconds C. 6 seconds D. 15 seconds

Description : If the values of 'C' and 'R' shown in the illustration were 1 microfarad and 3 Megohms respectively, at what listed time would 'C' be considered fully charged? EL-0086 A. 0.33 second B. 3 seconds C. 6 seconds D. 15 seconds

Last Answer : Answer: D

If the values of C and R shown in the illustration were 1-microfarad and 3- Megohms respectively, which of the listed intervals would equal one 'time constant'? EL-0086 A. 0.33 second B. 3 seconds C. 6 seconds D. 15 seconds

Description : If the values of C and R shown in the illustration were 1-microfarad and 3- Megohms respectively, which of the listed intervals would equal one 'time constant'? EL-0086 A. 0.33 second B. 3 seconds C. 6 seconds D. 15 seconds

Last Answer : Answer: B

The distance between two stations M and N is L kilometers. All frames are K bits long. The propagation delay per kilometer is t seconds. Let R bits/second be the channelcapacity. Assuming that processing delay is negligible, the minimum number of bits for the sequence number field in a frame for maximum utilization, when the sliding window protocol used is: a. A b. B c. C d. D

Description : The distance between two stations M and N is L kilometers. All frames are K bits long. The propagation delay per kilometer is t seconds. Let R bits/second be the channel capacity. Assuming that processing ... maximum utilization, when the sliding window protocol used is: a. A b. B c. C d. D

Last Answer : c. C

A gaseous reactant is introduced in a mixed reactor of 3 litres volume at the rate of 1 litre/second. The space time is __________ seconds. (A) 1 (B) 3 (C) 1/3 (D) 32

Description : A gaseous reactant is introduced in a mixed reactor of 3 litres volume at the rate of 1 litre/second. The space time is __________ seconds. (A) 1 (B) 3 (C) 1/3 (D) 32

Last Answer : (B) 3

What is the time elapsed after a batch is created? a) 0.5 seconds b) 0.05 seconds c) 1.5 seconds d) 1 second

Description : What is the time elapsed after a batch is created? a) 0.5 seconds b) 0.05 seconds c) 1.5 seconds d) 1 second

Last Answer : 0.05 seconds

While traveling in a straight line, a car uniformly changes its speed from 50 kilometers per hour to 110 kilometers per hour in 5 seconds. The acceleration of the car during this time is: w) 5 kilometers per hour per second x) 12 kilometers per hour per second y) 50 kilometers per hour per second z) 60 kilometers per hour per second

Description : While traveling in a straight line, a car uniformly changes its speed from 50 kilometers per hour to 110 kilometers per hour in 5 seconds. The acceleration of the car during this time is: w) 5 ... per hour per second y) 50 kilometers per hour per second z) 60 kilometers per hour per second

Last Answer : ANSWER: X -- 12 KILOMETERS PER HOUR PER SECOND

A car traveling at a constant velocity of 20 meters per second passes a second car which is initially at rest. The car which was at rest starts accelerating at 10 meters per second squared the instant it is passed by the first car. They will meet again in: w) 2 seconds x) 4 seconds y) 6 seconds z) 8 seconds

Description : A car traveling at a constant velocity of 20 meters per second passes a second car which is initially at rest. The car which was at rest starts accelerating at 10 meters per second squared the instant it is passed ... car. They will meet again in: w) 2 seconds x) 4 seconds y) 6 seconds z) 8 seconds

Last Answer : ANSWER: X -- 4 SECONDS

A ball is dropped from a height of 256 feet. The acceleration due to gravity is 32 feet per second squared. How many seconds will it take for the ball to reach the ground?

Description : A ball is dropped from a height of 256 feet. The acceleration due to gravity is 32 feet per second squared. How many seconds will it take for the ball to reach the ground?

Last Answer : ANSWER: 4

What is the DeBroglie wavelength of a 1,200 kilogram corvette traveling at a rate of 25 meters per second? Planck's constant is equal to 6.62 x 10-34 Joule-seconds. w) 5.3 x 10-32 meters x) 5.9 x 10-34 meters y) 2.1 x 10-38 meters z) 1.6 x 10-40 meters

Description : What is the DeBroglie wavelength of a 1,200 kilogram corvette traveling at a rate of 25 meters per second? Planck's constant is equal to 6.62 x 10-34 Joule-seconds. w) 5.3 x 10-32 meters x) 5.9 x 10-34 meters y) 2.1 x 10-38 meters z) 1.6 x 10-40 meters

Last Answer : ANSWER: Y -- 2.1 x 10-38 METERS

A ball is thrown upwards with an initial velocity of 5 meters per second. How many seconds will it take to reach maximum height? w) 0.5 seconds x) 1 second y) 1.5 seconds z) 2 seconds

Description : A ball is thrown upwards with an initial velocity of 5 meters per second. How many seconds will it take to reach maximum height? w) 0.5 seconds x) 1 second y) 1.5 seconds z) 2 seconds

Last Answer : ANSWER: W -- 0.5 SECONDS

If a car is traveling at 20 meters per second in a straight line, how many seconds will it take the car to stop if it decelerates at 5 meters per second squared?

Description : If a car is traveling at 20 meters per second in a straight line, how many seconds will it take the car to stop if it decelerates at 5 meters per second squared?

Last Answer : ANSWER: 4 SECONDS

A person sees a lightning bolt in the distance and tries to guess the distance to the bolt based on the time between the flash and the thunder. What general time span should she use? w) 1 second equals 1 mile x) 5 seconds equal 1 mile y) 10 seconds equal 1 mile z) 20 seconds equal 1 mile

Description : A person sees a lightning bolt in the distance and tries to guess the distance to the bolt based on the time between the flash and the thunder. What general time span should she use? w) 1 second equals 1 mile x) 5 seconds equal 1 mile y) 10 seconds equal 1 mile z) 20 seconds equal 1 mile

Last Answer : ANSWER: X -- 5 SECONDS EQUAL 1 MILE

A flywheel rotating at 5 revolutions per second is brought to rest by a constant torque in 10 seconds. How many revolutions does the flywheel make while coming to a stop? w) 25 x) 50 y) 75 z) 100

Description : A flywheel rotating at 5 revolutions per second is brought to rest by a constant torque in 10 seconds. How many revolutions does the flywheel make while coming to a stop? w) 25 x) 50 y) 75 z) 100

Last Answer : ANSWER: W -- 25

A two-stage rocket attains a velocity of 3,000 meters per second when it drops the first stage and ignites the second. It consumes 1 kilogram of fuel per second and its exhaust speed is 2,000 meters per second. What is the thrust on the spacecraft? w) 2,000 Newtons x) 3,000 Newtons y) 2,000 Newton-seconds z) 3,000 Newton-seconds

Description : A two-stage rocket attains a velocity of 3,000 meters per second when it drops the first stage and ignites the second. It consumes 1 kilogram of fuel per second and its exhaust speed is 2,000 meters per second. ... ? w) 2,000 Newtons x) 3,000 Newtons y) 2,000 Newton-seconds z) 3,000 Newton-seconds 

Last Answer : ANSWER: W -- 2,000 NEWTONS