thecrazyjuandiego
thecrazyjuandiego thecrazyjuandiego
  • 06-03-2020
  • Physics
contestada

A 3.5-kg mass has an initial velocity of 4 m/s . How much force is required to increase the velocity of the mass to 8 m/s in 3 ?

Respuesta :

Onoriodefelix
Onoriodefelix Onoriodefelix
  • 06-03-2020

Answer:

4.67N

Explanation:

F = M(V - U /t

Mass M = 3.5kg

Final velocity v = 8m/s

Initial velocity u = 4m/s

t = 3 secs

Therefore,

F = 3.5(8 - 4) /3

= 3.5 (4) /3

= 3.5 x 4 /3

= 14/3

= 4.67N

Answer Link

Otras preguntas

Which group colonized most of the Caribbean, Central America, and South America?
why is light emitted when electrons move from the excited state to the ground state????
WHY IS THE PREDICATE OF A SENTENCE IMPORTANT.
Mark has 5 coins in his pocket that total 47 cents. How many DIMES are in his pocket
In The Tempest, which word describes Miranda? A. hilarious B. innocent C. foolish D. powerful
Interactions between Muslims and Europeans during the seventeenth century are most commonly found in (A) the Atlantic Ocean. (B) the Arctic Ocean. (C) the South
What is the probability of getting a composite number on the first roll of a die and getting a prime number on the second roll?
What is the anwser to 11a + 9 - 3a = –7 ???
All of the following were true of the Iranian Revolution EXCEPT that (A) it was led by Islamic fundamentalists. (B) it led to more restrictive policies for Iran
Andrea ran 400 meters in gym class How many cm. did she run