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1. What type of graph did John use to display his data?

2. What is the dependent variable in John’s graph?

3. What is the independent variable in John’s graph?

4. On which day of the week did the greatest number of leaves fall?

5. On what days of the week did the number of leaves that fell remain constant?

6. On what other type of graph could this data be shown?

Directions: Convert the following.

7. 200 m = ____________ km
8. 1.2 L = ____________ mL
9. 0 K = ____________ °C
10. 12 cm3 = ____________ mL

11. 10°C = ____________ K
12. 1 L = ____________ cm3
13. 124 mm = ____________ cm
14. 12,000 mg = ____________ g

NEED THIS ASAP 1 What type of graph did John use to display his data 2 What is the dependent variable in Johns graph 3 What is the independent variable in Johns class=

Respuesta :

baekten
1- Line graph
2- Number of leaves that fell
3- Days of week
4- Friday
5- Monday, Tuesday, Wednesday
6- Bar graph

7- 200 m = 0.2 km
8- 1.2 L = 1200 mL
9- 0k = -273 ‘C
10 - 12 cm3 = 12 mL
11- 10 ‘C = 283 K
12- 1 L = 1000 cm3
13- 124 mm= 1,24 cm
14 - 12.000 mg = 12.0 g

Hope it helps you.
batolisis
  1. The type of graph used by John is ; A line graph
  2. The dependent variable in John's graph is ; y-axis label ( number of leaves that fell )
  3. The Independent variable in John's graph is ; x-axis label ( days of week )
  4. The greatest number of leaves fell on ; Friday
  5. The number of leaves that fell remained constant on ; Monday, Tuesday and Wednesday
  6. This kind of data can be represented on a ; Histogram or Bar graph
  7. 200 m  =  0.2 km       ( 1m = 0.001 km )
  8. 1.2 L =  1200 mL         ( 1 L = 1000 mL )
  9. 0 k  =  -273°C             ( 1 k = -272.15 C )
  10. 12 cm³ =  12 mL          ( 1 cm³ = 1 mL )
  11. 10°C = 283 k               ( 1 k = -272.15 C )
  12. 1 L = 1000 cm³
  13. 124mm = 1.24 cm        ( 1 mm = 0.1 cm )
  14. 12,000mg = 12 g         ( 1 mg  = 0.001 g )

From the graph attached below the dependent variables are located on the Y axis of the graph while the independent variables are located on the x-axis of the graph.

Independent variables have direct effect on dependent variables in an experiment when manipulated. also independent variables have direct effect on dependent variables even when not manipulated.

Data involving the comparison of the effect of independent variables on dependent variables can be represented with a bar graph or line graph .

Hence we can conclude that the answers to your questions are as listed above.

Learn more : https://brainly.com/question/18456313

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