Hello,
The answer is "<span>0.00349 hL".
Reason:
34.9cL=0.00349hL
(Remember to go left 6 places when doing this question)
If you need anymore help feel free to ask me!
Hope this helps!
~Nonportrit
</span>
<span>We use m/s for the velocity, and m2/(V·s) for the </span><span>mobility.</span>
To solve this problem it is necessary to apply the concepts related to the Power defined from the Stefan-Boltzmann equations.
The power can be determined as:
Making the relationship for two states we have to
Since the final power is 8 times the initial power then
Substituting,
The temperature increase would then be subject to
The correct option is D, about 68%
A highly frequency sound wave corresponds to a high pitch sound
The motion of the football that is being kicked follows a projectile path and is parabolic in shape. It has a maximum height of meters and the angle with respect to the ground is degrees. The maximum height is the highest position vertically that the ball could reach. From the equations of an object in a projectile motion, we use the equation <span>(V*sin20)^2 = 2gh in order to solve for velocity, V. We do as follows:
</span><span>((V) (sin(20)))^2 = 2gh
(V^2) (0.342^2) = 92.12
V = √ (92.12 / 0.342^2)
V = 28.06 m/s
</span>The initial velocity of the kick would be 28.06 m/s.
