The ticker tape lab is an effective experiment for understanding motion, velocity, and acceleration. Follow this experiment for ticker timer experiment grade 11 answers. By addressing equipment and inherent errors, and implementing improvements, students can gain precise and reliable data.
PDF Physics 11/12/AP
When listing "Sources of Error" in your lab write-up: - Give SPECIFIC examples of sources of error, and describe their probable effect on your results. Some examples that relate to specific labs: o The ruler scale is limited to measure to 1 mm o The effects of friction between the ticker tape and the recording timer were not accounted for
What is the uncertainty of a 60 Hz ticker timer?
Now i just had a lab last week, where we had to calculate acceleration and talk about motion using data we got from a ticker timer. One of the requirements of the report is to find and talk about uncertainty of the ticker timer. The ticker timer is a 60 Hz one so it *should* tick 60 times a second.
PDF LAB: FREQUENCY OF A TICKER-TAPE TIMER
LAB ACTIVITY Purpose: To determine the period and frequency of the ticker-tape timer. Apparatus: - period timer - ticker tape, carbon disk - stopwatch Method: 1. Set up the timer and with it OFF, practice pulling the tape through the timer at a constant speed. 2. Draw a line approximately 10 cm from each end of the tape and using the stop
Using the ticker-timer to measure time
Switch it off at the stop signal. Count the number of dot-to-dot spaces between the start and the stop. That is the time between the signals, measured in ticks. Use a fresh piece of tape, and a stopwatch or stopclock. Pull the tape through the ticker-timer for 3 seconds. Find out how many ticks there are in 3 seconds.
Determining the velocity and acceleration of a body using a ticker Tape
A ticker timer is vibrating at 10Hz. Calculate the time taken if the timer prints 21 dots. Example: A ticker timer prints 11 dots at 20Hz in a space of 2m. Calculate the average speed. Note: In experiments with ticker timer being pushed by a trolley, the first dots are ignored because they are overcrowded for accurate measurements.
Physics 11: Lab
Procedure. Set up the ticker tape timer as shown in the video. Place a piece of hardboard on the floor underneath the mass. Tape the paper to a metal mass placed near the edge of the table. Turn on the ticker tape timer. Drop the mass onto the hardboard. Turn off the timer. Measure the distance between consecutive dots on the ticker tape, and ...
Ticker-timers for investigating speed
Making ticker-timer charts can develop an understanding of speed-time graphs. Apparatus and Materials. For each student or student group. Ticker-tape; ... The self-adhesive version is more convenient for this experiment. Procedure. One person should operate the ticker-timer switch while another walks away, pulling tape through the ticker-timer. ...
PDF Using a Ticker Timer Tape to Calculate Velocity
The time for interval 1 = 4 x 0.02 = 0.08 s The time for interval 2 = 3 x 0.02 = 0.06 s The displacement can be measured by using a ruler to measure between the two dots. Interval 1 is 9.5 cm long Interval 2 is 7 cm long The velocity of a section of ticker timer tape can be found by knowing the time and displacement and applying the formula: E ...
Ticker timer
What is a ticker timer? How does it work? How do we use it in a lab experiment?In this video, Ms Hoo walks through the basics of a ticker timer and how to se...
Verification of Newton's Second Law Using a Tickertape
Measure the mass, m of the trolley. 3. Cut a length of tickertape (about 1m), attach to the trolley. 4. Hang a mass holder, as shown. This has a mass of 10g and therefore pulls the trolley with a force of 0.098N down the slope. With the tickertape timer running allow the trolley to be pulled down the slope.
PDF Frequency of a Ticker-Tape Timer
the moving parts of the timer itself and the alternating current (AC) frequency of the power supply. The expected frequency when using a wall outlet is 60 Hz. This provides a smallest time increment of 1/60 s or 0.017 s. An investigation was completed to confirm the frequency of the ticker-tape timer. Experiment The ticker-tape was fed through ...
Prac 1 Ticker Tape Experiment
Procedure: Set up the equipment as shown in Figure 1. Plug the lead into the first AC terminal on the transformer and into the first terminal of the ticker tape timer. Repeat step 2 onto the second AC terminal of the transformer and ticker tape timer. Turn on the transformer and listen if the sound is moderately loud, turn it off once finished ...
To calculate displacement, velocity, and acceleration using a ticker timer, we use the following formulas: Displacement = (distance between dots) x (number of dots) Velocity = (displacement) / (time interval) Acceleration = (change in velocity) / (time interval) By plugging in the values measured from the ticker timer experiment, we can easily ...
Determining the Acceleration Due to Gravity and Friction Using the
M easuring the acceleration due to gravity g is a part. of most introductory physics classes. A standar d. method to do so is by using a ticker tape timer. 1-5. However, frictional forces are ...
OCR A Level Physics Revision Notes 2017
Ticker Timers. Another way of analysing motion in a physics lab is to use ticker tape; A long tape is attached to a moving trolley and threaded through a device that places a tick upon the tape at regular intervals of time; The ticker timer will produce a certain number of dots per second on the tape, which will travel at the same speed as the ...
schoolphysics ::Welcome::
The ticker timer makes dots on a paper tape every fiftieth of a second. So if a piece of tape is pulled through the timer for a second there will be 50 dots on it. Since the spaces between the dots take such a short time (1/50 s) the ticker timer is a very useful instrument for measuring short intervals of time. ...
Ticker Tape Motion
Ticker Tape Motion. The ticker tape timer works by making dots on a paper tape at equal time intervals (approximately every 0.1s in this experiment). It is an excellent way for beginning physics students to experience the measurement of motion. Students will record and graph the motion of a car that moves with constant acceleration.
Physics: Mechanics
-One cart on the runway attached to a ticker timer-scale pan hanging off the side of the table attached to the trolley by a string.-Low friction pulley at the end of the runway-Newton weights on the cart and on the scale pan.*Mass must be kept constant*-Runway is sloped so that the cart moves with a constant velocity (when given a gentle push).
PDF Investigating Newton 2
Ticker timer Ticker tape trolley Rubber ruler band Direction of motion Repeat the process using 2, 3 & 4 rubber bands to provide 2, 3 & 4 times the force. Remember to stretch the rubber bands to the same amount each time. Instead of using rubber bands you could use a spring balance and use 1N, 2N, 3N, 4N etc.
Ticker-tape Timer
u = dist / time = 0.02m/0.02s = 1 m/s. v = dist / time = 0.04m/0.02s = 2 m/s. To find acceleration, we can use a = (v-u)/t , but the time, t, taken for the increase in velocity is where most students will make a mistake. Many will take 7 intervals to calculate the t, which is wrong. But the intervals should be 6, starting from the middle of ...
Ticker Tape
Ticker Tape. GCSE Science. Physics Coursework. An Investigation into Acceleration. The aim of this investigation will be to find out the numerical value of acceleration due to gravity. The variable that I will be keeping the same is the weight of the object, which will be one hundred grams. The equipment that I will be using is as follows:
Ticker
Secure the ticker timer at the top on the ramp and connect to the AC plugs of a power box and set to highest volts (12 volts). Place a piece of carbon paper in the ticker timer facing downwards. Weigh the trolley car in kilograms, and record. Measure a piece of ticker tape, and ensure it is approximately an arms length.
NTRS
The identification and control of the thermal transfer system are then validated through a set of experiments considering different temperature rates of change. The developed control system is found to effectively minimize tracking errors in real-time cyber-physical experiments. NTRS NTRS - NASA Technical Reports Server. Search.
Body of UK tech tycoon Mike Lynch recovered from Sicily yacht
The body of British tech entrepreneur Mike Lynch has been recovered from the Bayesian yacht off the coast of Sicily, a source close to the family says. The search is continuing for one person who ...
COMMENTS
The ticker tape lab is an effective experiment for understanding motion, velocity, and acceleration. Follow this experiment for ticker timer experiment grade 11 answers. By addressing equipment and inherent errors, and implementing improvements, students can gain precise and reliable data.
When listing "Sources of Error" in your lab write-up: - Give SPECIFIC examples of sources of error, and describe their probable effect on your results. Some examples that relate to specific labs: o The ruler scale is limited to measure to 1 mm o The effects of friction between the ticker tape and the recording timer were not accounted for
Now i just had a lab last week, where we had to calculate acceleration and talk about motion using data we got from a ticker timer. One of the requirements of the report is to find and talk about uncertainty of the ticker timer. The ticker timer is a 60 Hz one so it *should* tick 60 times a second.
LAB ACTIVITY Purpose: To determine the period and frequency of the ticker-tape timer. Apparatus: - period timer - ticker tape, carbon disk - stopwatch Method: 1. Set up the timer and with it OFF, practice pulling the tape through the timer at a constant speed. 2. Draw a line approximately 10 cm from each end of the tape and using the stop
Switch it off at the stop signal. Count the number of dot-to-dot spaces between the start and the stop. That is the time between the signals, measured in ticks. Use a fresh piece of tape, and a stopwatch or stopclock. Pull the tape through the ticker-timer for 3 seconds. Find out how many ticks there are in 3 seconds.
A ticker timer is vibrating at 10Hz. Calculate the time taken if the timer prints 21 dots. Example: A ticker timer prints 11 dots at 20Hz in a space of 2m. Calculate the average speed. Note: In experiments with ticker timer being pushed by a trolley, the first dots are ignored because they are overcrowded for accurate measurements.
Procedure. Set up the ticker tape timer as shown in the video. Place a piece of hardboard on the floor underneath the mass. Tape the paper to a metal mass placed near the edge of the table. Turn on the ticker tape timer. Drop the mass onto the hardboard. Turn off the timer. Measure the distance between consecutive dots on the ticker tape, and ...
Making ticker-timer charts can develop an understanding of speed-time graphs. Apparatus and Materials. For each student or student group. Ticker-tape; ... The self-adhesive version is more convenient for this experiment. Procedure. One person should operate the ticker-timer switch while another walks away, pulling tape through the ticker-timer. ...
The time for interval 1 = 4 x 0.02 = 0.08 s The time for interval 2 = 3 x 0.02 = 0.06 s The displacement can be measured by using a ruler to measure between the two dots. Interval 1 is 9.5 cm long Interval 2 is 7 cm long The velocity of a section of ticker timer tape can be found by knowing the time and displacement and applying the formula: E ...
What is a ticker timer? How does it work? How do we use it in a lab experiment?In this video, Ms Hoo walks through the basics of a ticker timer and how to se...
Measure the mass, m of the trolley. 3. Cut a length of tickertape (about 1m), attach to the trolley. 4. Hang a mass holder, as shown. This has a mass of 10g and therefore pulls the trolley with a force of 0.098N down the slope. With the tickertape timer running allow the trolley to be pulled down the slope.
the moving parts of the timer itself and the alternating current (AC) frequency of the power supply. The expected frequency when using a wall outlet is 60 Hz. This provides a smallest time increment of 1/60 s or 0.017 s. An investigation was completed to confirm the frequency of the ticker-tape timer. Experiment The ticker-tape was fed through ...
Procedure: Set up the equipment as shown in Figure 1. Plug the lead into the first AC terminal on the transformer and into the first terminal of the ticker tape timer. Repeat step 2 onto the second AC terminal of the transformer and ticker tape timer. Turn on the transformer and listen if the sound is moderately loud, turn it off once finished ...
To calculate displacement, velocity, and acceleration using a ticker timer, we use the following formulas: Displacement = (distance between dots) x (number of dots) Velocity = (displacement) / (time interval) Acceleration = (change in velocity) / (time interval) By plugging in the values measured from the ticker timer experiment, we can easily ...
M easuring the acceleration due to gravity g is a part. of most introductory physics classes. A standar d. method to do so is by using a ticker tape timer. 1-5. However, frictional forces are ...
Ticker Timers. Another way of analysing motion in a physics lab is to use ticker tape; A long tape is attached to a moving trolley and threaded through a device that places a tick upon the tape at regular intervals of time; The ticker timer will produce a certain number of dots per second on the tape, which will travel at the same speed as the ...
The ticker timer makes dots on a paper tape every fiftieth of a second. So if a piece of tape is pulled through the timer for a second there will be 50 dots on it. Since the spaces between the dots take such a short time (1/50 s) the ticker timer is a very useful instrument for measuring short intervals of time. ...
Ticker Tape Motion. The ticker tape timer works by making dots on a paper tape at equal time intervals (approximately every 0.1s in this experiment). It is an excellent way for beginning physics students to experience the measurement of motion. Students will record and graph the motion of a car that moves with constant acceleration.
-One cart on the runway attached to a ticker timer-scale pan hanging off the side of the table attached to the trolley by a string.-Low friction pulley at the end of the runway-Newton weights on the cart and on the scale pan.*Mass must be kept constant*-Runway is sloped so that the cart moves with a constant velocity (when given a gentle push).
Ticker timer Ticker tape trolley Rubber ruler band Direction of motion Repeat the process using 2, 3 & 4 rubber bands to provide 2, 3 & 4 times the force. Remember to stretch the rubber bands to the same amount each time. Instead of using rubber bands you could use a spring balance and use 1N, 2N, 3N, 4N etc.
u = dist / time = 0.02m/0.02s = 1 m/s. v = dist / time = 0.04m/0.02s = 2 m/s. To find acceleration, we can use a = (v-u)/t , but the time, t, taken for the increase in velocity is where most students will make a mistake. Many will take 7 intervals to calculate the t, which is wrong. But the intervals should be 6, starting from the middle of ...
Ticker Tape. GCSE Science. Physics Coursework. An Investigation into Acceleration. The aim of this investigation will be to find out the numerical value of acceleration due to gravity. The variable that I will be keeping the same is the weight of the object, which will be one hundred grams. The equipment that I will be using is as follows:
Secure the ticker timer at the top on the ramp and connect to the AC plugs of a power box and set to highest volts (12 volts). Place a piece of carbon paper in the ticker timer facing downwards. Weigh the trolley car in kilograms, and record. Measure a piece of ticker tape, and ensure it is approximately an arms length.
The identification and control of the thermal transfer system are then validated through a set of experiments considering different temperature rates of change. The developed control system is found to effectively minimize tracking errors in real-time cyber-physical experiments. NTRS NTRS - NASA Technical Reports Server. Search.
The body of British tech entrepreneur Mike Lynch has been recovered from the Bayesian yacht off the coast of Sicily, a source close to the family says. The search is continuing for one person who ...