A boy pushes on a wagon so that it accelerates at a rate of 0.50 m/s2. The wagon has a mass of 24 kg. What is the magnitude of t
he boy's pushing force? (Ignore frictional effects.) 12 N, 12 kg, 48 N, or 48 kg
2 answers:
To find the magnitude of the boy's applied force, use newton's second law (where the force is the mass times the acceleration)
F = ?
m = 24 kg
a = 0.50 m/s^2
F = ma
F = (24 kg) (0.50 m/s^2)
F = 12 N
therefore the magnitude of the boy's pushing force is 12 N
The correct answer is 12N
You might be interested in
Force = 0.20N .F = m ×a .& a = v/t then the f = m×v/t
Answer: all of them lol
Explanation:
The imaginary second level is 60 dB more intense than the real level of the caller.
60 dB means a multiplication of 10⁶ = <em>1 million.</em>
That's how many equally-talented callers it would take to be 60 dB louder than him.
Answer:
Cyberpunk has worst Physics
Answer:
The Earth would increase in volume.
Explanation:
Earth's crust is less dense than the mantle.
PLZ mark brainliest
