The video tutorial from 24/7 Science explains how to identify independent and dependent variables in experiments, using examples from MythBusters. It defines the independent variable as the one changed by scientists to test a hypothesis, while the dependent variable is the data measured. The tutorial includes a MythBusters experiment on whether adding dimples to a car can increase its gas mileage, drawing parallels to how dimples help golf balls cut through the air.

What are the two main types of variables in an experiment?

• Primary and secondary variables

• Qualitative and quantitative variables

• Independent and dependent variables

• Control and experimental variables

Which variable is altered by scientists to test a hypothesis?

• Dependent variable

• Experimental variable

• Control variable

• Independent variable

What is measured during an experiment and often referred to as data?

• Experimental variable

• Control variable

• Dependent variable

• Independent variable

In the MythBusters experiment, what was the hypothesis being tested?

• Dimples on a car improve its appearance

• Dimples on a car increase its gas mileage

• Dimples on a car reduce its weight

• Dimples on a car decrease its speed

What inspired the MythBusters to add dimples to a car?

• The shape of an airplane

• The surface of a tennis ball

• The design of a golf ball

• The texture of a basketball

What is the purpose of the MythBusters experiment involving dimples on a car?

• To determine if dimples can increase a car's weight

• To see if dimples can change the color of a car

• To find out if dimples can improve a car's engine performance

• To test if dimples can make a car more aerodynamic