Answer:
The second chart has a greater rate of change compared to the equation presented.
Step-by-step explanation:
The first equation has a rate of change of 6. While the chart has a rate of change of 7.
Answer:
7.5 MW
Step-by-step explanation:
The power generated from a falling water is a function of its height and volume. The power generated an be calculated using the formula:
Power (P) = Density(ρ) * volume flow rate(Q) * acceleration due to gravity(g) * height(h)
P = ρQgh
But Qh = Velocity(v) * volume(V).
Hence power = ρvgV
Given that ρ of water = 1000 kg/m³, v = 75 m/s, V = 10 m³, g = 10 m/s². Substituting:
P = ρvgV = 1000 * 75 * 10 * 10 = 7500000 W
P = 7.5 MW
The answer:
the full question is, <span>Given that L is equidistant from M and K, find m KLN
as we see on the figure
m</span>KLN ≈ mMLN, so 33 = 2y + 23
so 33 - 23 = 2y, 10° = 2y, and then y= 10/2 = 5°
finally, we can tell that mKLN ≈2(5) + 23 = 33°
the answer is <span>B. 33</span>
Answer: rational
Step-by-step explanation:
simplfy first and then it is an intger and deimal so it makes it a rational when u simplfy u get 1/5
