A Car Has A Mass Of 1.00 × 103 Kilograms, And It Has An Acceleration Of 4.5 Meters/Second2. What Is The Net Force On The Car? A. 0.9 × 103 Newtons B. 2.5 × 103 Newtons C. 4.5 × 103 Newtons D. 9.0 × 103 Newtons E. 9.6 × 103 Newtons

Best apk References website

A Car Has A Mass Of 1.00 × 103 Kilograms, And It Has An Acceleration Of 4.5 Meters/Second2. What Is The Net Force On The Car? A. 0.9 × 103 Newtons B. 2.5 × 103 Newtons C. 4.5 × 103 Newtons D. 9.0 × 103 Newtons E. 9.6 × 103 Newtons. Therefore, calculate the net force on car as follows. Identify the known values from the question.

What is the magnitude of force required to accelerate a car of mass 1.7
What is the magnitude of force required to accelerate a car of mass 1.7 from brainly.com

A car has a mass of 1.00 × 103 kilograms, and it has an acceleration of 4.5 meters/second2. What is the net force on the car? 0.9 × 103 newtons b.

What Is The Net Force On The Car?


2.5 × 103 newtons c. What is the net force on the car? If the distance between the two objects is reduced by half,.

0.9 × 103 Newtons B.


The given question involves concepts from physics. what is the net force on the car?a.0.9 × 103 newtonsb.2.5 ×. A car has a mass of 1.00 × 103 kilograms, and it has an acceleration of 4.5 meters/second2.

What Is The Net Force On The Car?


By newton's second law f is equal to m multiplied a so f here is the force m is the mass of object a is the acceleration now substitute the values over here so 1 multiplied 10. Object a attracts object b with a gravitational force of 5 newtons from a given distance. Mathematically, f = m × a.

A Car Has A Mass Of 1.00 × 103 Kilograms, And It Has An Acceleration Of 4.5 Meters/Second2.


Solution for a car has a mass of 1.00 × 103 kilograms, and it has an acceleration of 4.5 meters/second2. It is given that mass of car is kilograms and acceleration is 4.5. 0.9 × 103 newtons b.

0.9 × 103 Newtons B.


Given that a car with a mass of 1.00 × 10³ kilograms experiences an acceleration of 4.5 meters/second², we can substitute these values into the equation to get: Therefore, calculate the net force on car as follows. Force is the product of mass and acceleration.

Popular Post :