Which equation states Newton's second law?
2 answers
Answers
Explanation:Newton's second law, which states that the force F acting on a body is equal to the mass m of the body multiplied by the acceleration a of its centre of mass, F = ma, is the basic equation of motion in classical mechanics.
Answer: F = ma (F = m × a)Explanation:Newton's second law of motion is F = ma, or force is equal to mass times acceleration.
Similar Solved Questions
1 answer
Which area of Mexico does not have volcanic soil
Which area of Mexico does not have volcanic soil...
1 answer
Michael’s grandmother made two pies for Thanksgiving, a sweet potato pie and a chocolate pie. Each pie had 8 slices. All of the sweet potato pie and 2 slices of the chocolate pie were eaten. How much pie did Michael’s family eat on Thanksgiving? A) 5 8 pie B) 10 16 pie C) 1 1 4 pies Eliminate D) 1 3 8 pies
Michael’s grandmother made two pies for Thanksgiving, a sweet potato pie and a chocolate pie. Each pie had 8 slices. All of the sweet potato pie and 2 slices of the chocolate pie were eaten. How much pie did Michael’s family eat on Thanksgiving? A) 5 8 pie B) 10 16 pie C) 1 1 4 pies El...
2 answers
A group of 40 students went on a field trip. Exactly 8 students wore blue shirts. What percent of the students on the field trip wore a blue shirt?
A group of 40 students went on a field trip. Exactly 8 students wore blue shirts. What percent of the students on the field trip wore a blue shirt?...
1 answer
Algebra 2. Consider the polynomial function p given by p(x) = 7x - 2x2 + 3x + 10. Evaluate the function at x=-3.
Algebra 2.
Consider the polynomial function p given by p(x) = 7x - 2x2 + 3x + 10. Evaluate the function at x=-3....
1 answer
A truck travels 500 miles at an average speed of 60 miles per hour on a return trip on the same route and travels at an average speed of 50 miles per hour how much longer did the return trip take
A truck travels 500 miles at an average speed of 60 miles per hour on a return trip on the same route and travels at an average speed of 50 miles per hour how much longer did the return trip take...
2 answers
PLEASE HELP ME QUICKLY!!!!! Students have two identical beakers with a mass of 20 grams each. The students pour a different liquid reactant into each beaker. The total mass of the two beakers with the reactants is 50 grams. Next, the students combine Reactant 1 and Reactant 2 into one of the two beakers. A chemical reaction produces a product. If all of the reactants are consumed and no gases are produced, what is the total mass of the product and one beaker? A. 70 grams B. 30 grams C.
PLEASE HELP ME QUICKLY!!!!!
Students have two identical beakers with a mass of 20 grams each. The students pour a different liquid reactant into each beaker. The total mass of the two beakers with the reactants is 50 grams. Next, the students combine Reactant 1 and Reactant 2 into one of the two ...
1 answer
If x = 10, which lines are parallel? Check all that apply. pls someone help me who ever answers with a good explanation how to solve it, gets brainliest
If x = 10, which lines are parallel? Check all that apply. pls someone help me who ever answers with a good explanation how to solve it, gets brainliest...
1 answer
Some insect species have developed the ability to resist pesticdes which statement best explains this ability
Some insect species have developed the ability to resist pesticdes which statement best explains this ability...
1 answer
Regulatory secretion of hormones would be associated with
Regulatory secretion of hormones would be associated with...
2 answers
BRAINLIT Mineral. (a) tilting, (b) Erosion, (c) Folding
BRAINLIT
Mineral.
(a) tilting, (b) Erosion, (c) Folding...
1 answer
30֯ N 110֯ W is what Latitude and Longitude Practice
30֯ N 110֯ W is what Latitude and Longitude Practice...
2 answers
The aim of badminton is to hit the birdie onto your opponent's floor. true or false
The aim of badminton is to hit the birdie onto your opponent's floor.
true or false...
1 answer
To understand the relationships between the parameters that characterize a wave. It is of fundamental importance in many areas of physics to be able to deal with waves. This problem will lead you to understand the relationship of variables related to wave propagation: frequency, wavelength, velocity of propagation, and related variables. Note that these are kinematic variables that relate to the wave's propagation and do not depend on its amplitude. 1. Traveling waves propagate with a fixed spee
To understand the relationships between the parameters that characterize a wave. It is of fundamental importance in many areas of physics to be able to deal with waves. This problem will lead you to understand the relationship of variables related to wave propagation: frequency, wavelength, velocity...