Bell Ringer: Solve the following problem: d=s X t s=30m/s t=2s Agenda: 1. Bell Ringer 2. What is...

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Bell Ringer: Solve the following problem: d=s X t s=30m/s t=2s Agenda: Agenda: 1. Bell Ringer 1. Bell Ringer 2. What is Speed 2. What is Speed Lesson Lesson 3. Exit Slip 3. Exit Slip

Transcript of Bell Ringer: Solve the following problem: d=s X t s=30m/s t=2s Agenda: 1. Bell Ringer 2. What is...

Page 1: Bell Ringer: Solve the following problem: d=s X t s=30m/s t=2s Agenda: 1. Bell Ringer 2. What is Speed Lesson 3. Exit Slip.

Bell Ringer:Solve the following problem:d=s X t

s=30m/s t=2s

Agenda:Agenda:1. Bell Ringer1. Bell Ringer2. What is Speed 2. What is Speed LessonLesson3. Exit Slip3. Exit Slip

Page 2: Bell Ringer: Solve the following problem: d=s X t s=30m/s t=2s Agenda: 1. Bell Ringer 2. What is Speed Lesson 3. Exit Slip.

At the end of the activity I should be able to: understand the relationship between distance and time

How am I graded:How am I graded:BM 2: I can identify basic features of a table, graph, or diagram

BM 6: I can translate information into a table, graph, or diagram.

Specifics of Assignment:Specifics of Assignment:Independent variable is one the Independent variable is one the ““xx ”” axis axis

Dependent variable is the Dependent variable is the ““yy ”” axis axis

What is Speed?-PART 2

Y AXIS X AXIS

Speed Time

5 m/s 1 sec

7 m/s 5 sec

12 m/s 10 sec

25 m/s 15 sec

40 m/s 20 sec

40 m/s 25 sec

50 m/s 30 secTime (s)

Sp

eed

(m

/s)

Speed( m/s) Vs. Time (s)

0

12

4

20

28

40

2 6 10 14 18 20 24 28 32

Inte

rval b

y “4”

Interval by “2”

32

48

56

64

72

80

Page 3: Bell Ringer: Solve the following problem: d=s X t s=30m/s t=2s Agenda: 1. Bell Ringer 2. What is Speed Lesson 3. Exit Slip.

Specifics of Assignment:Specifics of Assignment:-Use slope equation below-Use slope equation below

Student Job:Student Job:-Look at relationship of graphs and circle correct -Look at relationship of graphs and circle correct relationship. relationship. -Then find the slope of the graphs. -Then find the slope of the graphs.

BM 5: I can determine how one variable changes as the value of another variable changes

At the end of the activity I should be able to: understand the relationship between distance and time

What is Speed?-PART 2

Page 4: Bell Ringer: Solve the following problem: d=s X t s=30m/s t=2s Agenda: 1. Bell Ringer 2. What is Speed Lesson 3. Exit Slip.

Specifics of Assignment:Specifics of Assignment:-Use slope equation below-Use slope equation below

Student Job:Student Job:-Look at relationship of graphs and circle correct relationship. -Look at relationship of graphs and circle correct relationship. -Then find the slope of the graphs. -Then find the slope of the graphs.

BM 5: I can determine how one variable changes as the value of another variable changes

At the end of the activity I should be able to: understand the relationship between distance and time

What is Speed?-PART 2

Page 5: Bell Ringer: Solve the following problem: d=s X t s=30m/s t=2s Agenda: 1. Bell Ringer 2. What is Speed Lesson 3. Exit Slip.

Student Job:Student Job:-Solve Speed -Solve Speed Equations Equations

BM 8: I can identify and/or use a mathematical relationship between data.

Specifics of Specifics of Assignment:Assignment:-Show variables -Show variables and equation for and equation for each problem. each problem.

QUESTION VARIABLES MATHFINAL

ANSWER

1

If your car is traveling at 50 meters per second. What is the speed of the car in miles per hour?

v=____________m/s

v= __________mi/hr

2

If you are walking at 25 meters per 10 seconds what is your speed?

d= _______mt=________sv= ________m/s

3

Two students are walking eastward with a speed of 5 m/s. If it takes them 35 minutes (2,100s) to walk to the school, how far have they walked?

d= _______mt=________sv= ________m/s

4

What is the time of a car if its speed is 100 m/s and the distance it travelled was 1500m?

d= _______mt=________sv= ________m/s

5

What is the distance a car travelled if the the time it took to the distance was 3,000 seconds and the speed it was going was 150 m/s?

d= _______mt=________sv= ________m/s

At the end of the activity I should be able to: understand the relationship between distance and time

What is Speed?-PART 2

Page 6: Bell Ringer: Solve the following problem: d=s X t s=30m/s t=2s Agenda: 1. Bell Ringer 2. What is Speed Lesson 3. Exit Slip.

Student Student Job:Job:-Complete -Complete questions questions with readingwith reading

BM 4: I can understand a body of text

Specifics of Specifics of Assignment:Assignment:-Answer each -Answer each question to question to the best of the best of your ability.your ability.

At the end of the activity I should be able to: Understand the relationship between distance and time

What is Speed?-PART 2

Page 7: Bell Ringer: Solve the following problem: d=s X t s=30m/s t=2s Agenda: 1. Bell Ringer 2. What is Speed Lesson 3. Exit Slip.

Student Student Job:Job:-Complete -Complete questions questions with readingwith reading

BM 4: I can understand a body of text

At the end of the activity I should be able to: Understand the relationship between distance and time

What is Speed?-PART 2

Specifics of Specifics of Assignment:Assignment:-Answer each -Answer each question to question to the best of the best of your ability.your ability.

Page 8: Bell Ringer: Solve the following problem: d=s X t s=30m/s t=2s Agenda: 1. Bell Ringer 2. What is Speed Lesson 3. Exit Slip.

Student Student Job:Job:-Complete -Complete questions questions with readingwith reading

BM 4: I can understand a body of text

At the end of the activity I should be able to: Understand the relationship between distance and time

What is Speed?-PART 2

Specifics of Specifics of Assignment:Assignment:-Answer each -Answer each question to question to the best of the best of your ability.your ability.

Page 9: Bell Ringer: Solve the following problem: d=s X t s=30m/s t=2s Agenda: 1. Bell Ringer 2. What is Speed Lesson 3. Exit Slip.

Student Student Job:Job:-Complete -Complete questions questions with readingwith reading

BM 4: I can understand a body of text

At the end of the activity I should be able to: Understand the relationship between distance and time

What is Speed?-PART 2

Specifics of Specifics of Assignment:Assignment:-Answer each -Answer each question to question to the best of the best of your ability.your ability.

Page 10: Bell Ringer: Solve the following problem: d=s X t s=30m/s t=2s Agenda: 1. Bell Ringer 2. What is Speed Lesson 3. Exit Slip.

Student Student Job:Job:-Complete -Complete questions questions with readingwith reading

BM 4: I can understand a body of text

At the end of the activity I should be able to: Understand the relationship between distance and time

What is Speed?-PART 2

Specifics of Specifics of Assignment:Assignment:-Answer each -Answer each question to question to the best of the best of your ability.your ability.

Page 11: Bell Ringer: Solve the following problem: d=s X t s=30m/s t=2s Agenda: 1. Bell Ringer 2. What is Speed Lesson 3. Exit Slip.

Student Student Job:Job:-Complete -Complete questions questions with readingwith reading

BM 4: I can understand a body of text

At the end of the activity I should be able to: Understand the relationship between distance and time

What is Speed?-PART 2

Specifics of Specifics of Assignment:Assignment:-Answer each -Answer each question to question to the best of the best of your ability.your ability.

Page 12: Bell Ringer: Solve the following problem: d=s X t s=30m/s t=2s Agenda: 1. Bell Ringer 2. What is Speed Lesson 3. Exit Slip.

Student Student Job:Job:-Complete -Complete questions questions with readingwith reading

BM 4: I can understand a body of text

At the end of the activity I should be able to: Understand the relationship between distance and time

What is Speed?-PART 2

Specifics of Specifics of Assignment:Assignment:-Answer each -Answer each question to question to the best of the best of your ability.your ability.

Page 13: Bell Ringer: Solve the following problem: d=s X t s=30m/s t=2s Agenda: 1. Bell Ringer 2. What is Speed Lesson 3. Exit Slip.

Student Student Job:Job:-Complete -Complete questions questions with readingwith reading

BM 4: I can understand a body of text

At the end of the activity I should be able to: Understand the relationship between distance and time

What is Speed?-PART 2

Specifics of Specifics of Assignment:Assignment:-Answer each -Answer each question to question to the best of the best of your ability.your ability.

Page 14: Bell Ringer: Solve the following problem: d=s X t s=30m/s t=2s Agenda: 1. Bell Ringer 2. What is Speed Lesson 3. Exit Slip.

Student Student Job:Job:-Complete -Complete questions questions with readingwith reading

BM 4: I can understand a body of text

At the end of the activity I should be able to: Understand the relationship between distance and time

What is Speed?-PART 2

Specifics of Specifics of Assignment:Assignment:-Answer each -Answer each question to question to the best of the best of your ability.your ability.

Page 15: Bell Ringer: Solve the following problem: d=s X t s=30m/s t=2s Agenda: 1. Bell Ringer 2. What is Speed Lesson 3. Exit Slip.

Student Job:Student Job:-Complete questions with reading-Complete questions with readingBM 4: I can understand a body of text

At the end of the activity I should be able to: Understand the relationship between distance and time

What is Speed?-PART 2

Specifics of Assignment:Specifics of Assignment:-Answer each question to the best of your ability.-Answer each question to the best of your ability.

You can calculate the speed of an object by dividing the distance covered by time.•Galileo is credited as being the first to measure speed by considering the distance covered by the time it takes. •Speed is how fast an object is moving•Any combination of unites for distance and time that are useful and convenient are legitimate for describing speed. •Some units that describe speed are miles per hour (mi/h) and kilometers per hour. The slash symbol (/) is read as “per”.•The speed of an object at any instant is called the instantaneous speed. •The average speed of an object is the total distance covered by the time. •Average speed does not indicate variations in the speed that amy take place during the trip. •A simple rearrangement of the definition of average speed gives the total distance covered :

total distance covered= average speed X travel time

4.Define speed: ___________________________________________

5.Complete the following equation: speed= distance/_______________________

6.How is the slash symbol read in km/h? ______________________

7.Circle the letter of the sentences that are true of instantaneous speed.

a.Instantaneous speed is the total distance covered divided by time.

b.Instantaneous speed is the speed at any instant.

c.The speedometer on a car shows the instantaneous speed.

d.If you traveled 30 kilometers in 1 hour, your instantaneous speed would be 10 km/h.

Speed Reading Speed Questions

Page 16: Bell Ringer: Solve the following problem: d=s X t s=30m/s t=2s Agenda: 1. Bell Ringer 2. What is Speed Lesson 3. Exit Slip.

Student Job:Student Job:-Complete questions with reading-Complete questions with readingBM 4: I can understand a body of text

At the end of the activity I should be able to: Understand the relationship between distance and time

What is Speed?-PART 2

Specifics of Assignment:Specifics of Assignment:-Answer each question to the best of your ability.-Answer each question to the best of your ability.

You can calculate the speed of an object by dividing the distance covered by time.•Galileo is credited as being the first to measure speed by considering the distance covered by the time it takes. •Speed is how fast an object is moving•Any combination of unites for distance and time that are useful and convenient are legitimate for describing speed. •Some units that describe speed are miles per hour (mi/h) and kilometers per hour. The slash symbol (/) is read as “per”.•The speed of an object at any instant is called the instantaneous speed. •The average speed of an object is the total distance covered by the time. •Average speed does not indicate variations in the speed that amy take place during the trip. •A simple rearrangement of the definition of average speed gives the total distance covered :

total distance covered= average speed X travel time

8.How is the average speed calculated?

______________________________________________________________________________________________________________

9.If you traveled 80 kilometers in 2 hours, what was your average speed?

______________________________________________________________________________________________________________

10.If your average speed is 30 kilometers per hour and your trip took 1 hour, what was the total distance covered?

_______________________________________________________

Speed ReadingSpeed

Questions

Page 17: Bell Ringer: Solve the following problem: d=s X t s=30m/s t=2s Agenda: 1. Bell Ringer 2. What is Speed Lesson 3. Exit Slip.

Student Job:Student Job:-Complete questions with reading-Complete questions with readingBM 4: I can understand a body of text

At the end of the activity I should be able to: Understand the relationship between distance and time

What is Speed?-PART 2

Specifics of Assignment:Specifics of Assignment:-Answer each question to the best of your -Answer each question to the best of your ability.ability.

On a speed-versus-time graph the slop represents speed per time, or acceleration.

•On a speed-versus-time graph, if the line forms a straight line, time and speed are directly proportional to each other

•The slope of the line is the vertical change divided by the horizontal change for any part of the line.

•On a distance-versus-time graph for a falling object, the relationship is quadratic and the curve is parabolic.

Graphs of Motion Reading

Graphs of Motion Questions

1. What is the relationship between time and speed on this graph? ______________________

__________________________________________

2. What does the slope of the line in this graph represent? ________________________________

__________________________________________

Page 18: Bell Ringer: Solve the following problem: d=s X t s=30m/s t=2s Agenda: 1. Bell Ringer 2. What is Speed Lesson 3. Exit Slip.

Student Job:Student Job:-Complete questions with reading-Complete questions with readingBM 4: I can understand a body of text

At the end of the activity I should be able to: Understand the relationship between distance and time

What is Speed?-PART 2

Specifics of Assignment:Specifics of Assignment:-Answer each question to the best of your -Answer each question to the best of your ability.ability.

On a speed-versus-time graph the slop represents speed per time, or acceleration.

•On a speed-versus-time graph, if the line forms a straight line, time and speed are directly proportional to each other

•The slope of the line is the vertical change divided by the horizontal change for any part of the line.

•On a distance-versus-time graph for a falling object, the relationship is quadratic and the curve is parabolic.

Graphs of Motion Reading

Graphs of Motion Questions

3. What is the slope of the graph? ____________________________

Page 19: Bell Ringer: Solve the following problem: d=s X t s=30m/s t=2s Agenda: 1. Bell Ringer 2. What is Speed Lesson 3. Exit Slip.

Student Job:Student Job:-Complete questions with reading-Complete questions with readingBM 4: I can understand a body of text

At the end of the activity I should be able to: Understand the relationship between distance and time

What is Speed?-PART 2

Specifics of Assignment:Specifics of Assignment:-Answer each question to the best of your -Answer each question to the best of your ability.ability.

On a speed-versus-time graph the slop represents speed per time, or acceleration.

•On a speed-versus-time graph, if the line forms a straight line, time and speed are directly proportional to each other

•The slope of the line is the vertical change divided by the horizontal change for any part of the line.

•On a distance-versus-time graph for a falling object, the relationship is quadratic and the curve is parabolic.

Graphs of Motion Reading

Graphs of Motion Questions

4. The relationship between distance and time on this graph is __________________ and the curve is ___________________.

5. What does the slope of the line at each point represent? ______________________

Page 20: Bell Ringer: Solve the following problem: d=s X t s=30m/s t=2s Agenda: 1. Bell Ringer 2. What is Speed Lesson 3. Exit Slip.

Exit Slip:What is the velocity of a car:d=40m t=5s

Agenda for Agenda for Tomorrow:Tomorrow:

1. Bell Ringer1. Bell Ringer2. What is Velocity?2. What is Velocity?3. Exit Slip3. Exit Slip