In this given problem, to solve for the acceleration we have to
assume that the acceleration is constant. This assumption helps us understand
that the velocity of Dave follows a linear increase and hence we can use the
formula below for calculating the acceleration:
a= (Vf – Vi) / t
where
Vf = final velocity = 7.0 m / s
Vi = intial velocity = 3.0 m / s
t = time elapsed = 10 s – 5 s = 5 s
Substituting the known values into the equation:
a = (7.0 m / s – 3.0 m / s) / 5 s
a = 0.8 m / s^2
Answer:
<span>D. 0.8 m/s2</span>
There is no correct answer as they may not have the same start as puberty. Everyone is different so it’s too hard to give a specific answer.
BMR is Basal Metabolic Rate and it is the amount of energy expended while at rest in an environment with neutral temperature. Based on the given description above, the answer that shows how many calories with her activity levels that she must consume in order to maintain her 130 pounds would be option A. <span>A) 1300x.5=650 650x.1=65 1300+650+65=2015 calories per day. </span>
R- Rest (try to stay off of the injury for a few days)
I-Ice (ice the injury multiple times a day, but not directly to the skin).
C-Compress (compress the injured area with a elastic bandage, for example).
E-Elevate (elevate the injury adequately above the heart on a pillow).
hope this helps
