Reducción del avance de las enfermedades – Cierto o falso

The video discusses the speed at which a sneeze can travel, ranging from 65 to 180 km/h.

What is the range of speeds at which a sneeze can travel?

• Between 30 and 100 km/h

• Between 65 and 180 km/h

• Between 50 and 150 km/h

• Between 70 and 200 km/h

Which of the following factors might affect the speed of a sneeze?

• The color of the room

• The force of the sneeze

• The person's height

• The time of day

Why is it important to understand the speed of a sneeze?

• To better understand the spread of germs

• To increase driving speed

• To enhance musical skills

• To improve athletic performance

What is a possible implication of a sneeze traveling at high speeds?

• It can change the weather

• It can help in cooking faster

• It can spread germs over a larger area

• It can make you run faster

How can understanding sneeze speed contribute to public health?

• By reducing noise pollution

• By increasing productivity at work

• By improving air quality

• By informing strategies to prevent disease spread