Answer:
The missing length is 7
Step-by-step explanation:
Answer:
w = 7 inches
Step-by-step explanation:
Area of a parallelogram is b × h and they gave you the height and area, so:
56 = w × 8 (divide by 8 on both sides)
w = 7
HELPPPP FASTTTTT TSI
Answer: Its the second one.
Step-by-step explanation:
I factored the question.
. Jumbo bought 5 books, each with a whole-number price.
The mean price of the books was $10. The median price was $8.
The most expensive book cost $15 and the cheapest cost $6.
What are the possible prices for the other books?
Mean is average. Multiply total books by the mean to find the total cost:
5x 10 = $50 total.
Subtract the highest and lowest prices to find the total of the remaining 3 books.
50 - 15-6 = 29
The median price was 8, this is the middle number, subtract 8 from 29 to get the cost of the last 2 books:
29-8 =21
Now you need a price lower than the median but higher than the lowest cost so that has to be 7
Subtract 7 from 21 to get the cost of the last book 21-7 = 14
The price of the remaining books is $7 and $14
The function f(x)=5x5−3x3+1 is/has
Answer:
15
Step-by-step explanation:
PEMDAS
so do multiplication first
25-9+1
then do addition
25-10
then do subtraction
so
15
Determine the slope of a line represented by the equation 4x – 3y = 9.
Answer:
4/3x
Step-by-step explanation:
subtract 4x from both sides -> -3y=-4x+9
divide by -3 -> y=-4/-3x+9
simplify (if both denominator and numerator are negative they simplify to a positive)-> y= 4/3x+9
Simplify the equation and show work!!!!
A. 6 to the power of nine twentieths
B. 6 to the power of one-twentieth
C. 6 to the power of five fourths
Step-by-step explanation:
This is the correct answer.
Even according to calculator and working.
So not quite sure why those options are incorrect?
the following derivation proves the logical equivalence (p ∨ ~q) ∧ (~p ∨ ~q) ≡ ~q. supply a reason for each step.
The logical equivalence (p ∨ ~q) ∧ (~p ∨ ~q) ≡ ~q.
1. Start with the given expression: (p ∨ ~q) ∧ (~p ∨ ~q).
2. Apply the distributive law: (p ∧ ~p) ∨ (~q ∧ ~q).
3. Apply the law of contradiction: False ∨ (~q ∧ ~q).
4. Simplify: ~q ∧ ~q.
5. Apply the law of idempotence: ~q.
In this derivation, we used the distributive law to expand the expression and then applied the law of contradiction to simplify it further. Finally, we used the law of idempotence to arrive at the final expression ~q, which proves the logical equivalence.
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many psychologists consider the distinguishing feature of adolescent thought to be ability to think in terms of ___.
Many psychologists consider the distinguishing feature of adolescent thought to be the ability to think in terms of abstract concepts or hypothetical situations.
During adolescence, individuals begin to develop more advanced cognitive abilities, including the capacity for abstract reasoning and hypothetical thinking.Abstract thinking involves understanding and manipulating ideas and concepts that are not directly tied to concrete objects or experiences. It allows adolescents to consider possibilities beyond immediate reality and to engage in complex reasoning, such as formulating and testing hypotheses or contemplating multiple perspectives.Hypothetical thinking, on the other hand, enables adolescents to mentally explore potential scenarios and outcomes. They can consider "what if" situations, contemplate alternative solutions to problems, and weigh the consequences of different choices.These cognitive abilities play a crucial role in adolescent development, facilitating problem-solving, decision-making, and the exploration of identity and future possibilities.
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a private and a public university are located in the same city. for the private university, 1046 alumni were surveyed and 653 said that they attended at least one class reunion. for the public university, 791 out of 1327 sampled alumni claimed they have attended at least one class reunion. is the difference in the sample proportions statistically significant at the 1% level?
Using the z-distribution, it is found that since the absolute value of the test statistic is less than the critical value, the difference in the sample proportions is not statistically significant at the 1% level.
At the null hypothesis, we test if the proportions are the same, that is, their subtraction is 0, hence:
\(H_0: p_1 - p_2 = 0\)
At the alternative hypothesis, it is tested if they are different, that is, their subtraction is not 0, hence:
\(H_1: p_1 - p_2 \neq 0\)
The proportions and their respective standard errors are given by:
\(p_1 = \frac{653}{1046} = 0.6343, s_1 = \sqrt{\frac{0.6343(0.3657)}{1046}} = 0.0149\)
\(p_2 = \frac{791}{1327} = 0.5961, s_2 = \sqrt{\frac{0.5961(0.4039)}{1327}} = 0.0135\)
For the distribution of the difference, the mean and the standard error are given by:
\(\overline{p} = p_1 - p_2 = 0.6343 - 0.5961 = 0.0382\)
\(s = \sqrt{s_1^2 + s_2^2} = \sqrt{0.0149^2 + 0.0135^2} = 0.0201\)
The test statistic is:
\(z = \frac{\overline{p} - p}{s}\)
In which \(p = 0\) is the value tested at the null hypothesis.
Hence:
\(z = \frac{\overline{p} - p}{s}\)
\(z = \frac{0.0382 - 0}{0.0201}\)
\(z = 1.9\)
The critical value for a two-tailed test, as we are testing if two values are different, with a significance level of 0.01, is of \(|z^{\ast}| = 2.576\)
Since the absolute value of the test statistic is less than the critical value, the difference in the sample proportions is not statistically significant at the 1% level.
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6x6x6 is 216 and how you get it. is muiltiply it six times
\(\bold{Heya}\) ~
Yes, you have to multiply.
\(\sf{6~x~6~=~36~}\)
\(\sf{x}\) \(\sf{6}\)
________
\(\sf{216}\)
You have to put the 6 down, and the 3 up. then do \(\sf{3~x~6~=~216.}\)
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Be safe ~
And, also Happy the New Year !
\(\underline{Answer~:}\)
\(\bold{Dollinxa}\)
Why is Russell’s quote an example of multiple approaches giving the same result? He indicates that the research was carried out by different scientists. He mentions three versions of the same investigation. He lists three very different investigations. He suggests the investigations were all done by the same scientist.
Answer:
c
Step-by-step explanation:
100%
Answer:
C
Step-by-step explanation:
Nya!!
can somebody helppp please, do all the tasks from a and b.
Thank u!!!
in photo.
The solutions for the quadratic equations ax² + bx = 0 are:
a) x=0 or x=-2 for x²+2x=0;
x=0 or x=2 for x²-2x=0;
x=0 or x=2 for -x²+2x=0;
x=0 or x=-2 for -x²-2x=0.
b) x=0 or x=-5/3 for 3x²+5x=0;
x=0 or x=5/3 for 3x²-5x=0;
x=0 or x=5/3 for -3x²+5x=0;
x=0 or x=-5/3 for -3x²-5x=0.
How did we get these values?a) To solve the quadratic equations ax² + bx = 0, we need to factor out the common variable x, and then solve for x:
a) x²+2x=0
x(x+2)=0
x=0 or x=-2
b) x²-2x=0
x(x-2)=0
x=0 or x=2
c) -x² + 2x = 0
-x(x-2)=0
x=0 or x=2
d) -x²-2x=0
-x(x+2)=0
x=0 or x=-2
b) To solve the quadratic equations 3x²+5x=0, 3x²-5x=0, -3x²+5x=0, and -3x²-5x=0, we factor out the common variable x and then solve for x:
b) 3x²+5x=0
x(3x+5)=0
x=0 or x=-5/3
b) 3x²-5x=0
x(3x-5)=0
x=0 or x=5/3
c) -3x²+5x=0
x(-3x+5)=0
x=0 or x=5/3
d) -3x²-5x=0
x(-3x-5)=0
x=0 or x=-5/3
Therefore, the solutions for the quadratic equations ax² + bx = 0 are:
a) x=0 or x=-2 for x²+2x=0;
x=0 or x=2 for x²-2x=0;
x=0 or x=2 for -x²+2x=0;
x=0 or x=-2 for -x²-2x=0.
b) x=0 or x=-5/3 for 3x²+5x=0;
x=0 or x=5/3 for 3x²-5x=0;
x=0 or x=5/3 for -3x²+5x=0;
x=0 or x=-5/3 for -3x²-5x=0.
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The English translation of the question in the picture:
75. Solve the quadratic equations ax² + bx = 0
a) x²+2x=0,
x²-2x=0,
-x² + 2x = 0.
-x²-2x=0;
b) 3x²+5x=0,
3x²-5x=0.
-3x²+5x=0,
-3x²-5x=0;
Use properties to rewrite the given equation. Which equations have the same solution as 2.3p – 10.1 = 6.5p – 4 – 0.01p? Select two options. 2.3p – 10.1 = 6.4p – 4 2.3p – 10.1 = 6.49p – 4 230p – 1010 = 650p – 400 – p 23p – 101 = 65p – 40 – p 2.3p – 14.1 = 6.4p – 4
Answer:
its b and c
bc yes
The properties of equality can be used to rewrite the equations in
simplified form.
Two equations that have the same solution as the given equation are;
\(\underline{2.3 \cdot p - 10.1 = 6.49 \cdot p - 4}\)\(\underline{230 \cdot p - 1010 = 650 \cdot p - 400 - p }\)Reasons:
The given equation is; 2.3·p - 10.1 = 6.5·p - 4 - 0.01·p
Simplifying the above equation by collecting like terms gives;
2.3·p - 10.1 = 6.5·p - 0.01·p - 4 = 6.49·p - 4
2.3·p - 10.1 = 6.49·p - 4Multiplication property of equality:
Both sides of an equation will remain equal, when both sides are
multiplied by the same amount.
Multiplying both sides of the original equation by 100 gives the same
solution as follows;
100 × (2.3·p - 10.1) = 100 × (6.5·p - 4 - 0.01·p)
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The product of a number and 3 is the same as the sum of that number and 6
Answer:
answer is 3
Step-by-step explanation:
3 • 3 = 9
and
6 + 3 = 9
4x + 5y = 6
5x + 4y = 5
The lines are
A. perpendicular.
B. parallel
C. neither
\({\huge{\boxed{\mathfrak{Question}}}\)
\(4x + 5y = 6\\5x + 4y = 5\)
The lines are
A. perpendicular.
B. parallel
C. neither
__________________________
C. Would be our answer because parallel lines never intersect
perpendicular lines form 90 degrees of all sides.
Suppose Anna draws two line segments, AB and CD that
intersect at point E. She draws them in such a way that AB
# CD, AB I CD, and AB and CD bisect each other.
What is the best name to describe ACBD? Explain.
The name of the quadrilateral ACBD is given by the relationship between
the diagonals Anna draws and their properties.
Correct response:
The best name to describe ACBD is a square.Reasons that make the above response correctGiven parameters;
The two line segments Anna draws = \(\overline{AB}\) and \(\overline{CD}\)
\(\overline{AB}\) ≅ \(\mathbf{\overline{CD}}\)
\(\overline{AB}\) ⊥ \(\mathbf{\overline{CD}}\)
\(\overline{AB}\) bisects \(\mathbf{\overline{CD}}\)
\(\overline{CD}\) bisects \(\mathbf{\overline{AB}}\)
Therefore;
According to perpendicular bisector theorem, the lengths of the sides of
the quadrilateral ACBD are equal.
\(\mathbf{\overline {AC}}\) = \(\overline{CB}\) = \(\overline{BD}\) = \(\overline{AD}\)
The diagonals are perpendicular and bisect each other, and are equal, therefore, quadrilateral ACBD is a square.Learn more about the properties of a square here:
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The product of ( V64) (8) can be expressed as 2ºn. Find n hurry 100 points!
Answer:
divied 64 by 8 u will get 8-2=6
Step-by-step explanation:
Line M is represented by the following equation: x − y = 8
Which equation completes the system that is satisfied by the solution (18, 10)? (4 points)
a
2x − y = 26
b
x + y = 18
c
2x − 2y = 36
d
x − y = −28
Answer:Let's plug in (18,10) into each answer choice until we find the one that has it as a solution.
A) 2x - y = 26
2(18) - 10 = 26
36 - 10 = 26
26 = 26
Your answer is A.
I'll just do the rest to show that you the they are incorrect.
B) x + y = 18
18 + 10 = 18
28 ≠ 18
C) 2x - 2y = 36
2(18) - 2(10) = 36
36 - 20 = 36
16 ≠ 36
D) x - y = -28
18 - 10 = -28
8 ≠ -28
Your answer is A) 2x - y = 26.
Step-by-step explanation:
Answer:
A
Step-by-step explanation:
2(18) - (10) = 26
36 - 10 = 26
Question content area top
Part 1
Write an equivalent expression without parentheses. Then simplify the result.
m−(8−3m)
using exponents, On simplifying the equation, we get =4m+8.
The PEMDAS order of operations must be followed when you want to simplify a mathematical equation without using parenthesis (Parentheses, Exponents, Multiplication, Division, Addition, Subtraction). There are no parenthesis in the expression, so you may start looking for exponents. If it does, first make that simpler.
What is the main objective of simplification?Work simplification is to develop better work processes that boost output while cutting waste and costs.
What does simplifying mean in algebra?Simplifying an expression is the same as solving a mathematical issue. When you simplify an equation, you essentially try to write it as simply as you can. There shouldn't be any more multiplication, dividing, adding, or deleting to be done when the process is finished.
Given equation,
m-(8-3m)
=m-8+3m
=4m+8
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Can someone help on this please? Thank you;)
Answer:
option 4
Step-by-step explanation:
9 . 5 means 9x5 and when we open the brackets, the power goes to both the numbers and it become 9^2/3 . 5^2/3
Write the equation of the graph in slope-intercept form (y=mx+b).
Write the equation without spaces:
Answer:
y = mx + b is the slope intercept form of writing the equation of a straight line. In the equation 'y = mx + b', 'b' is the point, where the line intersects the 'y axis' and 'm' denotes the slope of the line. The slope or gradient of a line describes how steep a line is. It can have either a positive or a negative value. When a standard form of a linear equation is of the form Ax + By = C, where 'x' and 'y' and 'C' are variables and 'A', 'B' are constants, the slope-intercept form is the most preferred way of expressing a straight line due to its simplicity, as it is very easy to find the slope and the 'y intercept' from the given equation.
Meaning of y = mx + b
y = mx + b is the slope-intercept form of a staight line. In the equation y = mx + b for a straight line, m is called the slope of the line and b is the y-intercept of a line. y = mx+b, where
y ⇒ how far up or down is the line,
x ⇒ how far along is the line,
b ⇒ the value of y when x = 0 and
m ⇒ how steep the line is.
This is determined by m = (difference in y coordinates)/ (difference in x coordinates). Note that difference in y coordinates is indicated as rise or fall and difference in x coordinates is indicated as run.
Step-by-step explanation:
What is the equation of the horizontal asymptote for the following exponential graph? Please help I need it
Answer:
y=5
Step-by-step explanation:
The curve stops at the y value of 6. And we need a horizontal line for the asymptote, so we don't need an x value only a y-value. So the y-value is 5 on the y-axis, which means your equation will be y=5.
-Hope this helped
What is the radius of a circle that has a circumference of 50,247
Answer:
7997.06 is the awnser to the question
Answer:7997.06
Step-by-step explanation:
First you would take the circumference ( 50, 2247) and divide it by pi to get the diameter. You would get 15994.11685. Which I rounded to 15994.12. Then I would divide that by 2, and get 7997.06.
Consider the following normal form game: L U 0,0 D 2-3 R 2, -2 1,-1 Assume that x > 0. Moreover, assume that Player Row chooses U with probability p and Player Column chooses L with probability q. a) Derive and plot players' best response functions (p on the horizontal axis and q on the vertical axis). b) Find all the Nash equilibria (pure and mixed strategies) of the above game. Illustrate your answer in a graph (p on the horizontal axis and q on the vertical axis. Comment. Consider now the following two-player simultaneous-move game, called the rock-paper-scissors-lizard game. R stands for rock, P for paper, S for scissors, and L for lizard. R beats S but loses against P and L; P beats R but loses against S and L; S beats P and L but loses against R; L beats R and P but loses against S. The payoff for winning is 1 and that for losing is -1; when both players choose the same strategy they each get 0. Assume that Player Row chooses R with probability r, P with probability p, and S with probability $ (similarly for Player Column). c) Write down the normal form representation of the game. d) Find all the Nash equilibria (pure and mixed strategies) of the game. Comment.
(a) Player Column's best response is given by:
BR_Column(p) = { L if p < 1/2, R if p > 1/2 (indifferent if p = 1/2)
(b) Where both players are indifferent between their available strategies.
(c) The normal form representation of the game is above.
(d) No player can gain an advantage by deviating from this strategy.
This equilibrium results in an expected payoff of 0 for each player.
(a) To derive the best response functions, we need to find the strategies that maximize the payoffs for each player given the mixed strategy of the other player.
Player Row's best response function:
If Player Column chooses L with probability q, Player Row's expected payoff for choosing U is 0q + 2(1-q) = 2 - 2q.
If Player Column chooses R with probability 1-q, Player Row's expected payoff for choosing U is 0*(1-q) + 1*q = q.
Therefore, Player Row's best response is given by:
BR_Row(q) = { U if q < 1/3, D if q > 1/3 (indifferent if q = 1/3)
Player Column's best response function:
If Player Row chooses U with probability p, Player Column's expected payoff for choosing L is 0p + 2(1-p) = 2 - 2p.
If Player Row chooses D with probability 1-p, Player Column's expected payoff for choosing L is 0*(1-p) + (-1)*p = -p.
Therefore, Player Column's best response is given by:
BR_Column(p) = { L if p < 1/2, R if p > 1/2 (indifferent if p = 1/2)
Plotting the best response functions on a graph with p on the horizontal axis and q on the vertical axis will result in two line segments: BR_Row(q) is horizontal at U for q < 1/3 and horizontal at D for q > 1/3, while BR_Column(p) is vertical at L for p < 1/2 and vertical at R for p > 1/2.
The two segments intersect at the point (p, q) = (1/2, 1/3).
(b) To find the Nash equilibria, we look for the points where the best response functions intersect. In this case, the only Nash equilibrium is at (p, q) = (1/2, 1/3), where both players are indifferent between their available strategies.
Now let's move on to the rock-paper-scissors-lizard game:
(c) The normal form representation of the game can be written as follows:
R P S L
------------------------
R | 0,0 -1,1 1,-1 1,-1
P | 1,-1 0,0 -1,1 1,-1
S | -1,1 1,-1 0,0 -1,1
L | -1,1 -1,1 1,-1 0,0
(d) To find the Nash equilibria, we look for any strategy profiles where no player can unilaterally deviate to improve their payoff.
In this game, there are no pure strategy Nash equilibria since each strategy can be countered by another strategy with a higher payoff.
However, there is a mixed strategy Nash equilibrium where each player chooses their actions with equal probabilities: r = p = s = l = 1/4.
In this case, no player can gain an advantage by deviating from this strategy.
This equilibrium results in an expected payoff of 0 for each player.
In summary, the rock-paper-scissors-lizard game has a unique mixed strategy Nash equilibrium where each player randomly chooses their actions with equal probabilities.
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The bar chart below shows the monthly energy bill for Wally's tackle shop. Which of the listed months had bills between $40 and $50? Scroll down to see all six answer options and check all that apply Emers bill is Months
A. May
B. April
C. March
D. November
E. October
F. June
Answer:
there is no bills listed
Step-by-step explanation:
there is no picture
send it again please
evaluate the following expression. express your answer as a fraction or a decimal number rounded to four decimal places. c412p312
In fraction form, the answer is 131842/100000.
To evaluate the expression c412p312, you need to divide 412 by 312. The answer is 1.31842, rounded to four decimal places.
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Suppose sin t =5/7
and cos t < 0. Find each of the following (exact values):
cos t =
tan t =
csc t =
sec t =
cot t =
Suppose sin t = 5/7 and cos t < 0. The exact value :
cos t = -√(1 - (5/7²)
tan t = -(5√6)/12
csc t =7/5
sec t = -(7√6)/12
cot t = -12/(5√6)
Since sin t = 5/7 and cos t < 0, we can use the Pythagorean identity cos² t + sin² t = 1 to find cos t:
cos² t + (5/7)²= 1
cos² t = 1 - (5/7)²
cos t = -√(1 - (5/7)²) (since cos t < 0)
Next, we can use the definitions of the trigonometric functions to find the remaining values:
tan t = sin t / cos t = (5/7) / (-√(1 - (5/7)^2)) = -5/√24 = -(5√6)/12
csc t = 1/sin t = 7/5
sec t = 1/cos t = -1/√(1 - (5/7)²) = -7/√24 = -(7√6)/12
cot t = 1/tan t = -12/(5√6)
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Which figure is described below? All points in a PLANE 5 units from the intersection of two lines.
All points in a plane 5 units from the intersection of two lines is circle
Let us find the figure which has all points in a plane 5 units from the intersection of two lines.
Any point on Line 1 that is exactly 5 units away from point P will form a circle centered at P with a radius of 5 units.
Similarly, any point on Line 2 that is exactly 5 units away from point P will also lie on this circle.
The set of all points in the plane that are 5 units away from the intersection of Line 1 and Line 2 forms a circle with the intersection point as its center and a radius of 5 units.
We know that a circle is a locus of all points in a plane which are at a fixed distance from a point called center
All points in a plane are 5 units away from the intersection of two lines could be a circle
Hence, all points in a plane 5 units from the intersection of two lines is circle
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Evaluating Functions Use the function f(x) = 3x + 8 to answer the following questions Evaluate f(-4): f(-4) Determine z when f(x) = 35 HI
To evaluate the function f(x) = 3x + 8 for a specific value of x, we can substitute the value into the function and perform the necessary calculations. In this case, when evaluating f(-4), we substitute -4 into the function to find the corresponding output. The result is f(-4) = 3(-4) + 8 = -12 + 8 = -4.
The function f(x) = 3x + 8 represents a linear equation in the form of y = mx + b, where m is the coefficient of x (in this case, 3) and b is the y-intercept (in this case, 8). To evaluate f(-4), we substitute -4 for x in the function and calculate the result.
Replacing x with -4 in the function, we have f(-4) = 3(-4) + 8. First, we multiply -4 by 3, which gives us -12. Then, we add 8 to -12 to get the final result of -4. Therefore, f(-4) = -4. This means that when x is -4, the function f(x) evaluates to -4.
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There were 5 boys for every 7 girls at Rayville High School last year. If there were 420 students at the school, how many were girls?
Answer:
240
Step-by-step explanation:
Someone pls help . Will be marking someone brainliest !
Answer:
27.89 hours.
Step-by-step explanation:
I hope this helps! If you would like an explanation, let me know!
Answer:
First question, 28 hours
Second question, 20 minutes
Step-by-step explanation:
$9.50 for each hour + $75 for showing up on time
Let's say the employee showed up on time
(340 - 75) ÷ 9.5 = 28 hours approximately
120 ÷ 6 = 20 minutes