landscape it vertically on legal sheet paper as pictured above.
*tip* you could also do 1 sheet per body style then multiply
those total outcomes x 4 different body styles to find total possible car combinations ;)
PROBABILITY
FINAL TASK: car configurator
Draw a tree diagram to show all the possible
combinations for the new car Tom plans to buy:
-body style
choices: sedan, coupe, sportwagon, cabriolet.
-engine choices:
2.0T, 3.0V6, Hybrid
-transmission
choices: manual, automatic
-options available: navigation pkg., aero pkg.,
performance pkg.
-color choices:
ruby red, midnight black, rally blue, pearl white
Use your tree diagram to answer the following:
-what are the total possible car combinations Tom can
choose from?
-P(Tom buys a red car with a manual transmission)? express
as a fraction, decimal & percentage.
-P(Tom buys a car with a V6 engine and performance
pkg)? express as a fraction, decimal & percentage.
-P(Tom buys a red cabrio with a manual transmission and
navi pkg)? express as a fraction, decimal & percentage.
-P(Tom buys a black coupe with a hybrid engine)? express
as a fraction, decimal & percentage.
-P(Tom buys a hybrid sportwagon with navi pkg)? express
as a fraction, decimal & percentage.
-P(Tom buys a rally blue
sedan with manual transmission and aero pkg)? express as fraction, decimal
& percentage.
