Question
If each washer has a mass of 4.9 g, then the mass of two washers in kilograms would be
.
Given that F = ma, and if 4 washers are attached to the string and car instead of 2, then the applied force on the car will be
. Recall a = 10 m/s2
.
Given that F = ma, and if 4 washers are attached to the string and car instead of 2, then the applied force on the car will be
. Recall a = 10 m/s2
Answers
GPT 3.5
The total mass of two washers is 2 * 4.9 g = 9.8 g = 0.0098 kg.
The total mass of four washers is 4 * 4.9 g = 19.6 g = 0.0196 kg.
To calculate the applied force on the car when 4 washers are attached:
F = ma
F = (0.0196 kg)(10 m/s^2)
F = 0.196 N
Therefore, the applied force on the car when 4 washers are attached is 0.196 N.
The total mass of four washers is 4 * 4.9 g = 19.6 g = 0.0196 kg.
To calculate the applied force on the car when 4 washers are attached:
F = ma
F = (0.0196 kg)(10 m/s^2)
F = 0.196 N
Therefore, the applied force on the car when 4 washers are attached is 0.196 N.
Related Questions
Merchants usually sell small nuts, washers, and bolts by weight (like jelly beans!) rather than by i...
Calculate the applied force of the washers on the car. First, convert the mass you recorded for one,...
Calculate the gravitational force on the washers using the formula
F = ma
where a = 10 m/s2 and...
The acceleration due to gravity for any object, including 1 washer on the string, is always assumed...