To evaluate the integral ∫(x^3√(x^4+2)dx, we can use the substitution method. By letting u = x^4+2, we can simplify the integral and convert it into a standard form that is easier to integrate.
Let u = x^4+2. Taking the derivative of u with respect to x gives du/dx = 4x^3, which implies dx = du/(4x^3).
Now, we can rewrite the integral in terms of u:
∫(x^3√(x^4+2)dx = ∫((x^3)(u^(1/2)))dx = ∫((x^3)(u^(1/2)))(du/(4x^3))
Simplifying further, we can cancel out the x^3 terms:
∫(x^3√(x^4+2)dx = ∫(u^(1/2))(du/4)
Integrating this simplified expression, we get:
(1/4)∫(u^(1/2))du = (1/4) * (2/3)(u^(3/2)) + C = (1/6)(u^(3/2)) + C
Finally, substituting u back in terms of x, we have:
(1/6)((x^4+2)^(3/2)) + C
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PLEASE HELP, WILL MARK BRAINIEST! Find the value of k if the line joining the points (k,k+9) and (6,1) is parallel to the line whose equation is 2x+5y=15
Answer:
k=15/4
Step-by-step explanation:
so you have to do y=Kx and then find you constant witch would give you the answer witch the answer is above.
hope this helped you
This list shows the ingredients needed to make 8 pancakes
240g plain flower
2 eggs
600ml milk
Dan wants to make 12 pancakes. How much of each ingredient will he need?
Dan will need 360g of plain flour, 3 eggs, and 900ml of milk to make 12 pancakes.
To make 12 pancakes, Dan will need 360g of plain flour, 3 eggs, and 900ml of milk.
We can use proportions to figure out how much of each ingredient Dan will need. If 240g of plain flour, 2 eggs, and 600ml of milk are enough to make 8 pancakes, then we can set up the following ratios:
Plain flour: 240g/8 pancakes = x/12 pancakes
Eggs: 2/8 pancakes = y/12 pancakes
Milk: 600ml/8 pancakes = z/12 pancakes
Solving for x, y, and z in each of these ratios, we get x = 360g of plain flour, y = 3 eggs, and z = 900ml of milk. Therefore, Dan will need 360g of plain flour, 3 eggs, and 900ml of milk to make 12 pancakes.
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During the Olympics, all athletes must pass a mandatory drug test administered by the International Olympic Committee before they are permitted to compete. Let's assume the committee is using a test that is 97% accurate. In the past, athletes use drugs such as steroids and marijuana at the rate of about 1 athlete per 100. 1. Out of 20,000 athletes, about how many can be expected to test positive for drugs?
Out of the 20,000 athletes, 788 can be expected to test positive for drugs during the Olympics.
During the Olympics, all athletes must pass a mandatory drug test administered by the International Olympic Committee before they are permitted to compete. Assuming a 1% drug use rate among 20,000 athletes, we can expect about 200 athletes to actually use drugs (1% of 20,000). With a 97% accurate drug test, 3% of the test results will be inaccurate.
Out of the 200 athletes using drugs, 97% will test positive, which equals 194 athletes (0.97 * 200). However, there are also 19,800 athletes not using drugs (20,000 - 200). Out of these, 3% will falsely test positive, which equals 594 athletes (0.03 * 19,800).
Therefore, approximately 788 athletes (194 + 594) can be expected to test positive for drugs during the Olympics.
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approximately probability is 194 athletes can be expected to test positive for drugs out of a total of 20,000 athletes.
What is Probability?
Probability means possibility. It is a branch of mathematics that deals with the occurrence of a random event. The value is expressed from zero to one. Probability was introduced in mathematics to predict how likely events are to occur.
To determine the approximate number of athletes expected to test positive for drugs out of a total of 20,000 athletes, we can calculate it based on the given accuracy rate of the drug test and the rate of drug use among athletes.
The rate of drug use among athletes is given as 1 athlete per 100, which can also be expressed as a probability of 1/100 or 0.01. This means that the probability of an athlete using drugs is 0.01.
The accuracy rate of the drug test is stated as 97%, which can be expressed as a probability of 0.97. This means that the probability of a drug test correctly identifying an athlete who is using drugs is 0.97
Now, we can calculate the expected number of athletes who will test positive for drugs using these probabilities.
Expected number of athletes testing positive = Total number of athletes * Probability of drug use * Probability of accurate drug test result
Expected number of athletes testing positive = 20,000 * 0.01 * 0.97
Expected number of athletes testing positive = 200 * 0.97
Expected number of athletes testing positive ≈ 194
Therefore, approximately probability is 194 athletes can be expected to test positive for drugs out of a total of 20,000 athletes.
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pleaaaaaaaaaaseeeeeeeee heeeeeeeeeeeelllllllllllllllllpppppppppppppppppp
Answer:
C
Step-by-step explanation:
Answer:
C
Step-by-step explanation:
When dividing exponents, you can subtract them from eachother.
So, x^2/x = x y^3/y^-3=y^6 z^2/z^2 = z^0 = 1
what is the power times a power
where does the power go in a equation
how do you put a power in a equation
Answer:
The "power rule" tells us that to raise a power to a power, just multiply the exponents. Here you see that 52 raised to the 3rd power is equal to 56. The quotient rule tells us that we can divide two powers with the same base by subtracting the exponents.
Step-by-step explanation:
sup
The sum of 6 consecutive integers is 387. What is the sixth number in this sequence.
Answer:
67!
Step-by-step explanation:
A way to look at it is, since the number is 387, it can be broken into 6 parts. 50x6 is about 300. That leaves 87 to be left over. So it's safe to assume each number will be around 50-60, so I started to add up six consecutive numbers together until I reached my final set of numbers to reach 387.
My numbers were 62+63+64+65+66+67=387
I hope this makes sense!
if the surface area of a right rectangular prism is 310 square
centimeters, what is the measure of the height of the prism?
The measure of the height of the right rectangular prism can be either 2 or 5 centimeters
To find the height of a right rectangular prism, we need to know the surface area of the prism. The surface area of a right rectangular prism is given by the formula:
Surface Area = 2lw + 2lh + 2wh
where l represents the length, w represents the width, and h represents the height of the prism.
In this case, we are given that the surface area is 310 square centimeters. We can set up the equation as follows:
310 = 2lw + 2lh + 2wh
Since we don't have specific values for the length, width, or height, we can't solve for each individually. However, we can find the relationship between the variables.
Let's assume the length, width, and height are positive integers. We can then factorize the surface area value of 310 to identify the possible combinations of the length, width, and height.
310 = 2 * 5 * 31
Here, we have various combinations of factors that can represent the length, width, and height:
Length = 5, Width = 31, Height = 2
Length = 31, Width = 5, Height = 2
Length = 2, Width = 31, Height = 5
Length = 31, Width = 2, Height = 5
Length = 5, Width = 2, Height = 31
Length = 2, Width = 5, Height = 31
Since the height is the value that we're interested in, we can conclude that the measure of the height of the prism can be either 2 or 5 centimeters, depending on the specific dimensions of the prism.
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116 If lizards adapt their behavior to the fire ants, then lizards from the invaded habitats should flee from the fire ants faster than lizards from the uninvaded habitats. Test this hypothesis. The variable Flee gives time to flee, measured in seconds, and lizards taking more than a minute to flee have recorded responses of 61 seconds. State the null and alternative hypotheses. Use technology to calculate the p-value. What (if anything) does this p-value tell you about lizards and fire ants
The null hypothesis suggests that there is no dissimilarity in escape time among lizards from habitats that have been invaded and those from uninvaded habitats.
The alternative hypotheses is that lizards residing in environments that have been invaded will have a greater tendency to escape quickly as compared to those dwelling in uninvaded habitats.
How to determine the hypothesesThe consequent p-value will demonstrate the level of statistical significance of the results.
The likelihood of obtaining the observed data, or a more extreme version of it, is denoted by the p-value when considering the null hypothesis.
When the p-value is below 0. 05, it signifies compelling evidence against the null hypothesis, implying that the variation in flee times observed is unlikely to be a random occurrence.
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Please help , how do you do this ?
(-6)x (y=3x+5) 22x=-2 x=-2/22
4x+6y=28 y=3(-2/22)+5 y=52/11
-6y=-18x-30
4x+6y=28
eliminate
so -18x-30=0
4x-28=0
=-22x-2=0
*Mark Brainlist please that took me 7 minutes
3/4 divided by 2/x simplified
Answer:3
Step-by-step explanation:
(-3/4)/(-2/8)=(-3/4)(-8/2)=(-3/4)(-4)=3
Renna pushes the elevator button, but the elevator does not move. The mass limit for the elevator is 450450450 kilograms (\text{kg}kgstart text, k, g, end text), but Renna and her load of identical packages mass a total of 620\,\text{kg}620kg620, start text, k, g, end text. Each package has a mass of 37. 4\
Renna cannot use the elevator because the elevator's mass limit is exceeded by the combined mass of Renna and her identical packages (620 kg)
Let the mass of one of the identical packages be represented by the letter m. Then, we are told that each of the packages has a mass of 37.4 kg. Therefore,m = 37.4 kgNow, to find the total mass of Renna and her identical packages, we multiply the mass of one of the identical packages by the total number of identical packages. Since Renna's load consists of identical packages, we can determine the total number of identical packages as follows:N = \frac{620}{m}where N represents the total number of identical packages.
So, N = \frac{620}{37.4} \approx 16.55. Since N must be a whole number, we round up to the nearest whole number to obtain N = 17.Therefore, the total mass of Renna and her identical packages is:total mass = Renna's mass + (mass of one package x total number of identical packages)= 620 + (37.4 x 17)≈ 1272.8 kgSince the mass limit for the elevator is 450 kg, it is not possible for Renna and her load of identical packages to use the elevator because their combined mass exceeds the maximum mass limit for the elevator. Renna cannot use the elevator because the elevator's mass limit is exceeded by the combined mass of Renna and her identical packages (620 kg).
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What is the third term of an arithmetic sequence whose first term is 40 and whose seventh term is 121?
Answer:
67
Step-by-step explanation:
Strategy1. Find the common difference of the arithmetic sequence
2. Find the 3rd term of the arithmetic sequence using the arithmetic sequence formula
Key Definitions⭐What is an arithmetic sequence?
a type of sequence where every term increases by a constant, additive amount\(a_n = a_1 +d(n-1)\)\(a_1\) is the first term\(d\) is the common difference (constant, additive amount)\(n\) is the term number you want to findWorking
1. Substitute the first term into the arithmetic sequence formula
\(a_n = a_1 + d(n-1)\)
\(a_n = 40+d(n-1)\)
2. Substitute the 7th term into the equation to solve for d
\(a_7 = 40+d(7-1)\\a_7 = 40+d(6)\)
\(a_7 = 40 + 6d\\121 = 40 + 6d\)
\(81 = 6d\) . . . . . . . subtract 40 from both sides of the equation
\(13.5 = d\) . . . . . . divide both sides by 6 to isolate d
3. Substitute d back into our original equation
\(a_n = 40 +13.5(n-1)\)
4. Solve for the third term by substituting 3 for n
\(a_n = 40+13.5(n-1)\\a_3 = 40+13.5(3-1)\\a_3 = 40+13.5(2)\\a_3 = 40 + 27\\\)
∴ \(a_3 = 67\)
⭐if this response helped you, please mark it the "brainliest"!⭐
What is the future value of $500 in 24 years assuming an interest rate of 6 percent compounded semiannually? Multiple Choice $1,962.82 $2.066.13 $1,962.82 $2,066.13 $606.52 $561.92 $2.024.47
The future value of $500 in 24 years, assuming an interest rate of 6 percent compounded semiannually, is $1,962.82.
To calculate the future value, we can use the formula for compound interest:
FV = PV * (1 + r/n)^(n*t)
Where:
FV = Future value
PV = Present value (initial investment)
r = Interest rate
n = Number of compounding periods per year
t = Number of years
In this case, the present value (PV) is $500, the interest rate (r) is 6 percent (or 0.06), the number of compounding periods per year (n) is 2 (semiannually), and the number of years (t) is 24.
Plugging these values into the formula, we get:
FV = $500 * (1 + 0.06/2)^(2*24)
= $500 * (1 + 0.03)^(48)
= $500 * (1.03)^(48)
≈ $1,962.82
Therefore, the future value of $500 after 24 years, compounded semiannually at an interest rate of 6 percent, is approximately $1,962.82.
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Find the value of x. 2x - 3 + 5
Answer: -1
Explanation: -3 + 5 = 2
2x + 2 = 0
x = -1
Information about the masses of two types of
penguin in a wildlife park is shown below.
a) The median mass of the emperor penguins is
23 kg. Estimate the interquartile range for the
masses of the emperor penguins.
b) The interquartile range for the masses of the king
penguins is 7 kg. Estimate the median mass of the
king penguins.
c) Give two comparisons between the masses of
the emperor and king penguins.
Cumulative frequency
Emperor penguins
50
40
30-
20
10-
0k
10
15 20 25
Mass (kg)
30
King penguins
10 15 20 25
Mass (kg)
30
a) The estimated interquartile range for the masses of the emperor penguins is 30 kg - 25 kg = 5 kg.
b) The median mass of the king penguins would be M kg, with Q1 being M - 3.5 kg and Q3 being M + 3.5 kg.
c) Without the specific value of M, we cannot make a direct comparison between the median masses of the two species. By comparing interquartile range values, we can infer that the masses of the king penguins have a larger spread or variability within the interquartile range compared to the emperor penguins.
a) To estimate the interquartile range for the masses of the emperor penguins, we can use the cumulative frequency table provided. The median mass is given as 23 kg, which means that 50% of the emperor penguins have a mass of 23 kg or less. Since the cumulative frequency at this point is 20, we can infer that there are 20 emperor penguins with a mass of 23 kg or less.
The interquartile range (IQR) represents the range between the first quartile (Q1) and the third quartile (Q3). Q1 is the median of the lower half of the data, and Q3 is the median of the upper half of the data. In this case, Q1 represents the mass at the 25th percentile, and Q3 represents the mass at the 75th percentile.Using the cumulative frequency table, we can find the closest cumulative frequency values to the 25th and 75th percentiles. From the table, we see that the cumulative frequency at 25 kg is 10, and the cumulative frequency at 30 kg is 20. This means that 25% of the emperor penguins have a mass of 25 kg or less (10 penguins), and 75% of the emperor penguins have a mass of 30 kg or less (20 penguins).b) Given that the interquartile range for the masses of the king penguins is 7 kg, we can apply a similar approach to estimate the median mass of the king penguins. Since the interquartile range represents the range between Q1 and Q3, which covers 50% of the data, the median will lie halfway between these quartiles.
Assuming the cumulative frequency distribution for the king penguins follows a similar pattern as the emperor penguins, we can find the quartiles. Let's say Q1 represents the mass at the 25th percentile, Q3 represents the mass at the 75th percentile, and M represents the median mass of the king penguins.Since the interquartile range is 7 kg, Q3 - Q1 = 7 kg. We can estimate that Q1 is 3.5 kg below the median (M) and Q3 is 3.5 kg above the median (M).c) To make comparisons between the masses of the emperor and king penguins, we can consider the following two aspects:
Median Mass: The median mass of the emperor penguins is 23 kg, and the estimated median mass of the king penguins is M kg (as calculated in part b). By comparing these values, we can determine which species has a higher median mass. Interquartile Range: The estimated interquartile range for the emperor penguins is 5 kg, while the given interquartile range for the king penguins is 7 kg.Overall, based on the available information, it is challenging to make specific comparisons between the masses of the two penguin species without knowing the exact values for the median mass of the
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Anthony is going to invest in an account paying an interest rate of 7%
compounded continuously. How much would Anthony need to invest,
to the nearest cent, for the value of the account to reach $238,000 in
13 years?
Answer:
95800.77
Step-by-step explanation:
Answer:
95800.77
Step-by-step explanation:
Please hurry, I'll mark brainliest!!! Write the sentence as an equation. 10 is the same as the total of q and 174
The frequency table shows the results of a survey that asked 175 high schoolers how they learn about news stories.
What is the frequency of a tenth grader getting their news from the Internet?
And please, maybe, explain how to get to the answer so I can figure this kind of stuff out?? Thanks so much if u will :) Max points!!
Answer:
hi i think the answer shouldbe 34/43 as its out of 43 and there is 34 people on the internet. I think this should be write but it may be wrong. if this is right please vote for brainliest. i hope my answer is right and this helps bye.
Write an equation of the parabola shown. (0,4) (-5, 1.5)
the general formula of a parabola is
\(y=ax^2+bx+c\)we can replace the the points to find a,b and c
First (0,4)
\(\begin{gathered} 4=a(0)^2+b(0)+c \\ 4=0+0+c \\ c=4 \end{gathered}\)Then (-5,1.5) and c=4
\(1.5=a(-5)^2+b(-5)+4\)Tammy has a rectangular rug with an area of 28 square feet. The rug is 12 feet
longer than it is wide.
The equation to determine the length and width of the rug is
28 = w² + 12w
Since, the shape of the rug is rectangle, therefore area of rectangle has been used to obtain the solution.
What is a rectangle?
Rectangle is a flat, two-dimensional shape, having four sides and vertices with opposite sides being equal and parallel. We may easily represent a rectangle in an XY plane by using its length and breadth as the arms of the x and y axes, respectively.
Rectangles can also be referred to as parallelograms because their opposite sides are equal and parallel.
We are given a rectangular rug with an area of 28 square feet.
Also, the rug is 12 feet longer than it is wide.
So,
Let 'l' be the length of the rug and 'w' be the width of the rug
As given, Length is 12 feet longer than its width
Therefore, l = w + 12
We know Area of rectangle = Length * Width and area is given to be 28 square feet.
So,
⇒28 = (w + 12)w
⇒28 = w² + 12w
Hence, the equation to determine the length and width of the rug is
28 = w² + 12w.
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Question: Tammy has a rectangular rug with an area of 28 square feet. The rug is 12 feet longer than it is wide.
Create an equation to determine the length and the width of the rug.
Can you please solve for x
Answer:
x = 39
Step-by-step explanation:
let [180 - (31 + x)] = 3rd angle inside triangle; simplified is '149 - x'
the (2x - 8) angle and '149 - x' angle are supplementary, thus add to 180
2x - 8 + (149 - x) = 180
2x + (-x) + (-8) + 149 = 180
x + 141 = 180
x = 39
Which of the following statements is incorrect?
WILL GIVE BRAINLIEST ANSWER IF ITS CORRECT! HURRY HURRY :D
At a restaurant, 600 customers were served during a 10-hour period of time. Which graph has a slope that best represents the number of customers that were served per hour at this restaurant?
Answer: The correct answer would be Graph H.
Step-by-step explanation:
Answer:
top right
Step-by-step explanation:
600 per 10 hours is a rate of 60/hour.
You need a graph that has a slope of 60 and includes the point (1, 60).
Answer: top right
13.10 − Let Mn be the maximum of n independent U(0,1) random variables. a. Derive the exact expression for P(∣Mn−1∣>ε). Hint: see Section 8.4. b. Show that limn→[infinity]P(∣Mn−1∣>ε)=0. Can this be derived from Chebyshev's inequality or the law of large numbers?
This can be derived using Chebyshev's inequality, as Chebyshev's inequality and the law of large numbers are different in nature.
Let M_n be the maximum of n independent U(0, 1) random variables.
To derive the exact expression for P(|M_n − 1| > ε), we need to follow the below steps:
First, we determine P(M_n ≤ 1-ε). The probability that all of the n variables are less than 1-ε is (1-ε)^n
So, P(M_n ≤ 1-ε) = (1-ε)^n
Similarly, we determine P(M_n ≥ 1+ε), which is equal to the probability that all the n variables are greater than 1+\epsilon
Hence, P(M_n ≥ 1+ε) = (1-ε)^n
Now we can write P(|M_n-1|>ε)=1-P(M_n≤1-ε)-P(M_n≥1+ε)
P(|M_n-1|>ε) = 1 - (1-ε)^n - (1+ε)^n.
Thus we have derived the exact expression for P(|M_n − 1| > ε) as P(|M_n-1|>ε) = 1 - (1-ε)^n - (1+ε)^n
Now, to show that $lim_{n\to\∞}$ P(|M_n - 1| > ε) = 0 , we can use Chebyshev's inequality which states that P(|X-\mu|>ε)≤{Var(X)/ε^2}
Chebyshev's inequality and the law of large numbers are different in nature as Chebyshev's inequality gives the upper bound for the probability of deviation of a random variable from its expected value. On the other hand, the law of large numbers provides information about how the sample mean approaches the population mean as the sample size increases.
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A farmer uses 920 grams of grain to feed his 8 chickens. At this rate how many grams of grains does he use to feed 100 chickens
Answer: 11,500 grams
Step-by-step explanation: 920/8=115 115*100= 11,500
strengths and limitations of visually interpreting histograms
Therefore, visually interpreting histograms can be a powerful tool for data analysis, but it is important to be aware of their strengths and limitations.
Histograms are an effective way to display data graphically. They are used to show how often certain values or ranges of values appear in a data set. Visual interpretation of histograms has many strengths and limitations. Some of the strengths of visually interpreting histograms are that they are easy to read and understand, they provide a clear picture of how the data is distributed, and they can help identify outliers or gaps in the data. However, some of the limitations of visually interpreting histograms are that they can be influenced by the number of bins chosen, the way the data is grouped, and the choice of the scale used. Therefore, it is important to carefully consider these factors when interpreting a histogram. In conclusion, visually interpreting histograms can be a powerful tool for data analysis, but it is important to be aware of their strengths and limitations.
Therefore, visually interpreting histograms can be a powerful tool for data analysis, but it is important to be aware of their strengths and limitations.
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Starting at its rightmost position, it takes 1 second for the pendulum of a grandfather clock to swing a horizontal distance of 12 inches from right to left, and 1 second for the pendulum to swing back from left to right. Write a cosine function, d
The cosine function, d = acos(bt), to model the distance, d, of the pendulum from the center (in inches) as a function of time t (in seconds) is d(t) = 6cos(\(\pi\)t).
What is the principle of pendulum?As long as its length is constant, a pendulum completes each swing (or oscillation) in precisely the same amount of time. Any particular pendulum oscillates for a fixed amount of time.
Calculation for the cosine function-
The given function is: cosine function, d = acos(bt).
As, the pendulum takes 1 second for the pendulum of a grandfather clock to swing a horizontal distance of 12 inches from right to left, and 1 second for the pendulum to swing back from left to right.
The total time 't' by the pendulum is 2 sec.
Calculate the angular speed of the pendulum by-
ω = 2\(\pi\)f
= 2\(\pi\)×(1/2)
ω = \(\pi\) which is 'b' value of the given function.
As given, the distance of the pendulum from the centre is half of the total distance.
a = 12/2
a = 6
Substitute the obtained values in the cosine function, d = acos(bt),
d(t) = 6cos(\(\pi\)t)
Therefore, the cosine function, d = acos(bt), to model the distance, d, of the pendulum from the center (in inches) as a function of time t (in seconds) is d(t) = 6cos(\(\pi\)t).
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The complete question is -
Starting at its rightmost position, it takes 1 second for the pendulum of a grandfather clock to swing a horizontal distance of 12 inches from right to left, and 1 second for the pendulum to swing back from left to right. Write a cosine function, d = acos(bt), to model the distance, d, of the pendulum from the center (in inches) as a function of time t (in seconds).
Answer:
a=6
The period is 2 seconds.
b=pi
t=0.5
d=4.243
Step-by-step explanation:
Water flows on the Amazon river near the cachoeira de Santuario waterfalls at a velocity 75 meters per second. If a low height run of the river turbine is installed that captures 10 cubic meters, what power will it generate
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
E.10 Checkpoint: Parallel and perpendicular lines
The equation for line g is x + 4y = 12. Line h is perpendicular to line g and passes through
the point (-3, -5). What is the y-intercept of line h?
Answer:
7
Step-by-step explanation:
x + 4y = 12
4y = -x + 12
Line G:
y = -1/4x + 3
Line H:
y = 4x + b
-5 = 4(-3) + b
-5 = -12 + b
7 = b
please help me with these questions
Answer:
9) u= -12
11) -18 over 2
Step-by-step explanation:
Hope this helps!!
Answer:
x would be -72 and 9 u would be -12
Step-by-step explanation: