Distance and Time Graphs

Multiple Choice

Area of Parallelogram

A=base x height

• 19cm2

• 22cm2

• 16.5cm2

• 8.5cm2

Content Objective: 6.8D measure and graph
changes in motion

Language Objective: I will participate in a Quizziz learn new words and answer questions.

Tuesday February 14, 2023

1. Interactive Notebook
2. Pencil
3.Calculator
4. Chromebook

Materials

As I am reading the slides I will write notes and copy the definition for each term

​Motion- is the process of changing position

​Important words to understand.

​Velocity -is the speed and direction of a moving object

​Example: The car is going at the speed of 5m/s to the East.

​Acceleration- The measure of how quickly the velocity of an object changes

​Example: Speeding up, Slowing down, Changing directions

​Increase- for the speed of the object to become faster

​Constant speed- when something travels the same distance for the same amount of time for a period.

​pg . 177 The turtle in figure 2 Traveled at a constant speed for 6 days.

​Slope- Steeper -

​A slope is a line used to represent the motion in the graph.

The Steeper the slope is the greater distance traveled = greater speed.

​Decrease- slowing down the slope will be less steep the yellow line on the graph shows slowing down

Graphing Motion 5.2 page 174

How might
graphing the
motion of the

turtles help
save their

lives?

​Distance Time Graph

​A graph that shows the distance and time of a moving object.

​X-axis shows the time ( days, hours, seconds e.t.c )

Y -axis shows the distance of an object (miles, kilometers)

Draw

Use table 1 to complete this Distance Time Graph page 177

Multiple Choice

Observe the turtle's travels how many kilometers did the turtle travel each day?

• The turtles speed was constant and traveled a total of 16 km/day

• The turtles speed was increasing it traveled a different amount each day

• The turtles speed was decreasing went slower on the second day

Multiple Choice

Distance time graphs can be used to compare data. Here we have the Green Sea turtle and the Ridleys Sea turtle. What is the travel of the Green turtle after 6 days?

• 60 km/day

• 96 km/day

• 56 km/day

• 10 km /day

Multiple Choice

Distance time graphs can be used to compare data. Here we have the Green Sea turtle and the Ridleys Sea turtle. What is the travel of the Ridley's Sea turtle after 6 days?

• 60 km/day

• 96 km/day

• 56 km/day

• 10 km /day

Multiple Choice

What turtle had the fastest speed?

• The Green sea turtle

  distance= 96 km

  Time =6 days

• Ridleys sea turtle

  Distance =60 km

  Time= 6days

Multiple Choice

What is the Greens Turtle Average Speed?The Green sea turtle

distance= 96 km

Time =6 days

Formula Speed =D/T

• 0.062 km/day

• 576 km/day

• 16 km/day

• 90 km/day

Multiple Choice

What is the Ridleys Turtle Average Speed?

The Ridleys sea turtle

Distance =60 km

Time= 6days

Formula Speed =D/T

• 0.062 km/day

• 10 km/day

• 16 km/day

• 90 km/day

Multiple Choice

This type of graph shows the change in speed of a Hawksbill Sea turtle. This graph is different as you can see the line is not straight. What day did the turtle rest. Look for the horizontal line .

• Day 1

• Day 1 and Day 2

• Day 3 and Day 4

• Day 5 and 6

Multiple Choice

What days did the Hawksbill Sea turtle travel in constant motion.

• Day 1 and 3

• Day 2- Day 4

• Day 3- 5

• Day 4 -6

Poll

How well do you understand Distance Time graphs

I really understand

I kind of understand

I don't get it