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To determine the braking force produced by friction at a speed of 90 km/h, we generally need specific information like the mass of the vehicle, the coefficient of friction between the tires and the road, or additional details that might be provided in your data file.

I'll review the provided file to check for relevant details.The file contains three sheets: **Raw Data**, **Metadata Device**, and **Metadata Time**. I'll examine the "Raw Data" sheet first to see if it contains information relevant to calculating the braking force.The **Raw Data** sheet provides information on time, latitude, longitude, altitude, speed (in m/s), direction, and some GPS accuracy metrics. However, it lacks details like mass or friction coefficient, which are typically needed to calculate the braking force due to friction.

Do you have additional information on the vehicle's mass or the friction coefficient, or would you like me to make assumptions to approximate the braking force?

Mikä on kitkavoimien tuottama jarrutusvoima nopeudella 90 km/h? (Noin 670N)

Learn how to calculate the braking force produced by friction at a speed of 90 km/h. This physics problem involves concepts such as frictional force, braking force, and Newton's laws. Suitable for high school students in Grades 10-12.

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