To sketch the bode plot representation of the frequency response for the transfer functions given in p8.1, we need to follow the steps mentioned below:
Step 1: Write the transfer function in standard form
Step 2: Identify the type of filter
Step 3: Sketch the Bode plot using the frequency range and gain magnitude scale
Step 4: Sketch the phase angle plot using the frequency range and phase angle scale
What are the steps to be followed to sketch the bode plot representation of the frequency response for the transfer functions given in p8.1?In order to sketch the bode plot representation of the frequency response for the transfer functions given in p8.1, we need to follow the below-mentioned steps:
Step 1: Write the transfer function in standard form-: For example, let's consider the transfer function given in p8.1, which is T(s) = 2(s+2)/s(s+4). We can write this transfer function as, T(s) = 2(s/2+1)/s(s/4+1). Now, we can identify the coefficients of numerator and denominator, as given below:
Numerator: ω n2 = 2, ω n1 = 2*2 = 4, ζ = 0 Denominator: ω n2 = 4, ω n1 = 4/2 = 2, ζ = 0.5
Step 2: Identify the type of filter -: In this step, we need to identify the type of filter, which is low-pass, high-pass, or band-pass filter. For the given transfer function T(s) = 2(s+2)/s(s+4), we can identify that it is a second-order low-pass filter because the denominator has two poles, which are in the left-half of the s-plane.
Step 3: Sketch the Bode plot using the frequency range and gain magnitude scaleNow, we can sketch the Bode plot using the frequency range and gain magnitude scale. The gain magnitude of the transfer function is given by, |T(jω)| = 2 * |(jω/2+1)/(jω/4+1)|The Bode plot of the magnitude of transfer function T(jω) is given below:
Step 4: Sketch the phase angle plot using the frequency range and phase angle scale -: The phase angle of the transfer function is given by, ∠T(jω) = ∠(jω/2+1) - ∠(jω/4+1) - ∠jω - ∠s The Bode plot of the phase angle of the transfer function T(jω) is given below:
Thus, this is how we can sketch the bode plot representation of the frequency response for the transfer functions given in p8.1.
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Find the surface area of the figure. Do NOT include units.
The surface area of the rectangular prism figure is S = 838 cm²
Given data ,
The formula for the surface area of a prism is SA=2B+ph, where B, is the area of the base, p represents the perimeter of the base, and h stands for the height of the prism
Surface Area of the prism = 2B + ph
So, the value of S is given by
The heights of the prism is represented as 7cm.
S = ( 11 x 20 ) + ( 7 x 20 ) + ( 4 x 20 ) + 2( 5 x 7 ) + 2( 6 x 4 ) + ( 6 x 20 ) + ( 5 x 20 ) + ( 3 x 20 )
On simplifying the equation , we get
S = 220 + 140 + 80 + 70 + 48 + 120 + 100 + 60
S = 838 cm²
Therefore , the value of S is 838 cm²
Hence , the surface area is S = 838 cm²
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Let x denote the average number of hours per week that a student at Happy High School spends doing homework. Suppose the frequency distribution of x is normal (i.E., symmetrical and bell-shaped) with a mean of 3.4 hrs. And a standard deviation of 2.6 hrs. What percentage of the students at Happy High spend an average of less than 6 hours per week doing homework?
Answer:
0.84134
Step-by-step explanation:
Given that:
Mean = 3.4 hours
Standard deviation (s) = 2.6 hours
Percentage of students that spend less than 6 hours doing homework
P(x < 6)
Using the relation to obtain the standardized score (Z) :
Z = (x - m) / s
Z = (6 - 3.4) / 2.6
Z = 2.6 / 2.6
Z = 1
p(Z < 1) = 0.84134 ( Z probability calculator)
The percentage of the students at Happy High spends an average of less than 6 hours per week doing homework is 0.84134
adding decimals. number 8 only.
I will give 5-star rating if it's right! be fast! also, I will give a thanks.
Answer:
69.8509 is your answer
Step-by-step explanation:
Question 8. Solve each recurrence relation. Show your work. (a) an=an−2+4;a1=3;a2=5 (Hint: You will need two different answers-one for when n is even and one for when n is odd.) (b) an=2an−1+1;a1=1
Answer:
The solution to the recurrence relation is given by an = 2^(n+1) - 1.
Step-by-step explanation:
(a) To solve the recurrence relation an = an-2 + 4, with initial conditions a1 = 3 and a2 = 5, we'll consider two cases: one for when n is even and one for when n is odd.
For n even:
Substituting n = 2k (where k is a positive integer) into the recurrence relation, we get:
a2k = a2k-2 + 4
Now let's write out a few terms to observe the pattern:
a2 = a0 + 4
a4 = a2 + 4
a6 = a4 + 4
...
We notice that a2k = a0 + 4k for even values of k.
Using the initial condition a2 = 5, we can find a0:
a2 = a0 + 4(1)
5 = a0 + 4
a0 = 1
Therefore, for even values of n, the solution is given by an = 1 + 4k.
For n odd:
Substituting n = 2k + 1 (where k is a non-negative integer) into the recurrence relation, we get:
a2k+1 = a2k-1 + 4
Again, let's write out a few terms to observe the pattern:
a3 = a1 + 4
a5 = a3 + 4
a7 = a5 + 4
...
We see that a2k+1 = a1 + 4k for odd values of k.
Using the initial condition a1 = 3, we find:
a3 = a1 + 4(1)
a3 = 3 + 4
a3 = 7
Therefore, for odd values of n, the solution is given by an = 3 + 4k.
(b) To solve the recurrence relation an = 2an-1 + 1, with initial condition a1 = 1, we'll find a general expression for an.
Let's write out a few terms to observe the pattern:
a2 = 2a1 + 1
a3 = 2a2 + 1
a4 = 2a3 + 1
...
We can see that each term is one more than twice the previous term.
By substituting repeatedly, we can express an in terms of a1:
an = 2(2(2(...2(a1) + 1)...)) + 1
= 2^n * a1 + (2^n - 1)
Using the initial condition a1 = 1, we have:
an = 2^n * 1 + (2^n - 1)
= 2^n + 2^n - 1
= 2 * 2^n - 1
Therefore, the solution to the recurrence relation is given by an = 2^(n+1) - 1.
5 cm
4 cm
5 cm
5 cm
190 square cm
170 square cm
150 square cm
160 square cm
Answer:
what? do you want them to be added?
COLOR THEME
QQ ZOOM
1. Seth wrote an expression that is equivalent to 16 + 92. Which expression is
equivalent to the one Seth wrote?
A. (16 + 9)ᵗʷᵒ
B. 8ᵗʷᵒ + 9 • 2
C. 4ᵗʷᵒ + 81
D. 16 + 18
Answer:
the correct answer is A. Because it shows the equal qualifient of the answer
if d represents how many dozens of eggs were ordered, which expression represents the number of eggs that were ordered
If d represents how many dozens of eggs were ordered, then the expression that represents the number of eggs that were ordered is 12d. Therefore, if we order d dozen of eggs, we will have 12 * d eggs.
The expression 12d is a product of the number of eggs in a dozen (12) and the number of dozens ordered (d).If we multiply d dozen of eggs by the number of eggs in each dozen, which is 12, we will get the total number of eggs that were ordered. So, 12d is the expression that represents the number of eggs that were ordered.Therefore, we can use this expression to calculate the number of eggs when we know how many dozens were ordered. For example, if we ordered 5 dozen eggs, we can use the expression 12d to calculate the number of eggs as follows:Number of eggs = 12d = 12 * 5= 60 eggsFor such more question on dozens
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X: A)127
B)78
C)130
D)110
Y: A)50
B)98
C)60
D)102
Answer:
a,
Step-by-step explanation:
PLEASE I NEED HELP ON THIS
Answer:
do 3.14 x 6
Step-by-step explanation:
Answer:
37.69911
Step-by-step explanation:
"the internet does not lie"-- home
PLEASE HELP ME!! I WILL GIVE BRAINLIEST TO THE FIRST TO HELP ME, AS WELL AS 5 STARS AND A THANK YOU!!!!
Answer:
Bottom Left, Top right, bottom right
Step-by-step explanation:
5. = 5/10 or 5/100
.75 = 75/100
Answer:
5/10×75/100
50/100×75/100
75/100×5/10
Step-by-step explanation:
what is the difference between a circle and an ellipse
Susie and friends rent 3 life jackets and a boat. The life jacket rents for $5.00 each. The boat rents for $25.00 per hour. The total cost is $115. What is an equation that can be written to represent this situation? Explain your steps.
The equation that can be written to represent this situation is 15 + 25h = 115.
How to illustrate the equation?Let the number of hours be represented by h.
The equation will be:
(3 × 5) + (25 × h) = 115
15+ 25h = 115
It should be noted that 15 represents the cost of jackets
Therefore, the equation that can be written to represent this situation is 15 + 25h = 115.
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if a number is added to the numerator of (11)/(35) and twice the number is added to the denominator of (11)/(35), the resulting is equivalent to (1)/(3). find the number
For the statement to happen, the number should be 2.
An algebraic expression is is defined as the combination of numbers and variables in solving a particular mathematical question. Variable, usually letters, are used to denote the unknown quantity.
Let x = number
Based on the information given, add the number to the numerator of 11/35 and add twice the number to the denominator of 11/35, and the result should be equal to 1/3.
Hence, (11 + x) / (35 + 2x) = 1/3.
Simplify and solve for the value of x.
3(11 + x) = (35 + 2x)
33 + 3x = 35 + 2x
3x - 2x = 35 - 33
x = 2
number = 2
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Answer the questions below about the function whose derivative is
f’(x) = (x-2)(x+6)/(x+1)(x-4), x ≠ -1, 4
a. What are the critical points of f ?
b. On what open intervals is f increasing or decreasing?
c. At what points, if any, does f assume local maximum and minimum values?
a. What are the critical points of f?
A. x = _____ (Use comma to separate answers as needed)
B. The function f has no critical points.
b. On what open intervals is f increasing?
A. The function f is increasing on the interval(s) ____(Type your answer in interval notation. Use a comma to separate answers as needed.)
B. The function f is not increasing anywhere
The critical points of the function f are x = -6 and x = 2. The function f is increasing on the open intervals (-∞, -6) and (2, 4), and it is not increasing anywhere else.
To find the critical points of a function, we need to determine the values of x where the derivative f'(x) is either zero or undefined. In this case, the derivative f'(x) is given as (x-2)(x+6)/(x+1)(x-4), and we need to find where it equals zero or where the denominator is zero (since the derivative is undefined there).
Setting the numerator equal to zero, we find x = 2 and x = -6 as the values that make the numerator zero.
Setting the denominator equal to zero, we find x = -1 and x = 4 as the values that make the denominator zero.
Thus, the critical points of f are x = -6 and x = 2.
To determine where f is increasing or decreasing, we can use the sign of the derivative. In the intervals where the derivative is positive, the function is increasing, and where the derivative is negative, the function is decreasing. From the derivative expression, we can observe that the derivative is positive for x < -6 and -1 < x < 2, which means the function is increasing on the open intervals (-∞, -6) and (-1, 2). The derivative is not positive anywhere else, so the function is not increasing elsewhere.
Therefore, the answers are:
a. The critical points of f are x = -6 and x = 2.
b. The function f is increasing on the open intervals (-∞, -6) and (-1, 2).
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Write an equation for the line that passes through (-8.5, 11) and (5, -2.5).
Answer:
y = −x + 2.5
Step-by-step explanation:
6. If m R = 28°, find m O. The figure is not drawn to scale. (1 point)
152°
28°
62°
56°
The measure of ∠O is 56°. The solution has been obtained by using properties of circles.
What is a circle?
A circle is a round-shaped figure that has no sides or edges. A circle is a closed shape, a two-dimensional shape, and a curved shape in geometry.
We are given that m∠R = 28°.
Now, we take a point P on the circumference of the circle.
We know that in a circle, the angles that the same arc subtends on the circumference have equal measurements.
So, both the angles i.e. ∠P and ∠R are same as they are subtended by the same arc.
Therefore, we get
m∠P = m∠R = 28°
Moreover, an arc's angle at the circle's centre is twice as large as its angle at the circle's edge.
So, from this we get
⇒ m∠O = 2 * m∠P
⇒ m∠O = 2 * 28°
⇒ m∠O = 56°
Hence, the measure of ∠O is 56°.
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The complete question has been attached below
State the domain and the range.
1. f(x) = x² -1
2. f(x) = 1/ (3x+5)
3. f(x) = x4
4. f(x) = 1/2x
5. f(x) = (9x-7)/3
Step-by-step explanation:
remember, the domain is the interval or set of all valid x values, the range is the interval or set of all valid y values (functional result values).
1.
domain : -infinity < x < +infinity
range : -1 <= y < +infinity
due to the x² term that part can never be negative. the minimum is 0, and then -1 gives us a overall minimum -1. and then up ... the sky is the limit ...
2.
domain : every value of x that does not turn (3x + 5) to 0 and therefore does not cause a 1/0 situation.
the only forbidden value of x is therefore
3x + 5 = 0
3x = -5
x = -5/3
so, (-infinity < x < -5/3) OR (-5/3 < x < +infinity)
range : -infinity < y < +infinity
3.
domain : -infinity < x < +infinity
range : 0 <= y < +infinity
due to the x⁴ term (even exponent) all results will be positive starting with 0. similar to 1.
4.
this is 1/(2x) as I understand it.
similar to 2. we must avoid at 1/0 situation.
so, x must not be 0. everything else is possible
domain : (-infinity < x < 0) OR (0 < x < +infinity)
range : -infinity < y < +infinity
5.
everything is allowed and possible.
domain : -infinity < x < +infinity
range : -infinity < y < +infinity
John has been in the hospital for three days. He is stable but not showing any significant improvement. John’s mom receives a call from her brother, who has a farm a little over 200 miles from them, where he raises pasture-reared pigs. He tells his sister that brucellosis has been diagnosed at his farm, and brucellosis can infect people. He reminds her that over the Thanksgiving holidays when they visited that John helped to pull some stillborn piglets from the birth canal of a sow experiencing a difficult labor (dystocia). Could John have brucellosis? She thanks her brother and immediately goes to find someone to give them this information.
The doctors request that the standard tube agglutination (STA) test for Brucella spp. is run on John’s previously collected and banked serum and CSF samples. The STA is a quick screening test. Currently, there is no growth on any culture plates streaked with CSF from John, but Brucella spp. are slow-growers and it is too early to expect any growth.
The request also alerts the diagnostic laboratory that samples from John may be infected with Brucella spp. and additional precautions should be observed to prevent laboratory personnel from inadvertently becoming infected.
Based on the additional history and clinical presentation, a probably diagnosis of brucellosis is made, and John begins treatment with a combination of three antibiotics demonstrated to be efficacious against Brucella spp.
:: we don't know the antibiotic. most probably common ones
Multiple interactions are occurring in a very short
In this scenario, multiple interactions are occurring within a very short period, each with unique dynamics and ramifications for the individuals involved.
The interactions are as follows: John's uncle called his mother to inform her of an outbreak of brucellosis at his farm, which John may have contracted while helping with a difficult labor case of a sow experiencing dystocia. His mother then contacts the hospital's doctor with this information, requesting that they screen John for brucellosis using a quick screening test called the standard tube agglutination (STA) test.
After the doctor receives the request, additional precautions are taken to prevent the spread of Brucella spp. to the lab staff. The STA test is run on John's previously collected and banked serum and CSF samples. Based on the additional history and clinical presentation, a probable diagnosis of brucellosis is made, and John begins treatment with a combination of three antibiotics that are effective against Brucella spp.
The dynamics of these interactions are centered on the shared concern for John's health and safety, and the potential for Brucella spp. to infect other hospital staff, diagnostic lab personnel, and even family members who came into contact with him.
The ramifications for the participants are numerous, from the need for additional laboratory safety precautions to the psychological effects of being diagnosed with a rare disease. Additionally, John's family will need to be informed of the diagnosis and potential risks, and his uncle's farm may face financial losses and reputational damage due to the outbreak of brucellosis.
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Complete Question:
John has been in the hospital for three days. He is stable but not showing any significant improvement. John’s mom receives a call from her brother, who has a farm a little over 200 miles from them, where he raises pasture-reared pigs. He tells his sister that brucellosis has been diagnosed at his farm, and brucellosis can infect people. He reminds her that over the Thanksgiving holidays when they visited that John helped to pull some stillborn piglets from the birth canal of a sow experiencing a difficult labor (dystocia). Could John have brucellosis? She thanks her brother and immediately goes to find someone to give them this information.
The doctors request that the standard tube agglutination (STA) test for Brucella spp. is run on John’s previously collected and banked serum and CSF samples. The STA is a quick screening test. Currently, there is no growth on any culture plates streaked with CSF from John, but Brucella spp. are slow-growers and it is too early to expect any growth.
The request also alerts the diagnostic laboratory that samples from John may be infected with Brucella spp. and additional precautions should be observed to prevent laboratory personnel from inadvertently becoming infected.
Based on the additional history and clinical presentation, a probably diagnosis of brucellosis is made, and John begins treatment with a combination of three antibiotics demonstrated to be efficacious against Brucella spp.
:: we don't know the antibiotic. most probably common ones
Multiple interactions are occurring in a very short time frame. Discuss the dynamics of these interactions and the ramifications for the participants.
3) A moving target at a police academy target range can be hit 88% of the time by a particular individual. Suppose that as part of a training exercise, eight shots are taken at a moving target. a) What 3 characteristics of this scenario indicate that you are working with Bernoulli trials? b) What is the probability of hitting the 6
th
target (Hint: think of this as a single trial)? c) What is the probability that the first time hitting the target is not until the 4 th shot?
a. The probability of success (hitting the target) is constant for each trial (88% or 0.88).
b. The probability of hitting the 6th target is:
P(X = 1) = C(1, 1) * 0.88^1 * (1 - 0.88)^(1 - 1) = 0.88
c. Using the binomial probability formula as before, with p = 0.88 and n = 3:
P(X = 1) = C(3, 1) * 0.88^1 * (1 - 0.88)^(3 - 1)
P(X = 2) = C(3, 2) * 0.88^2 * (1 - 0.88)^(3 - 2)
P(X = 3) = C(3, 3) * 0.88^3 * (1 - 0.88)^(3 - 3)
a) The three characteristics of this scenario that indicate we are working with Bernoulli trials are:
The experiment consists of a fixed number of trials (eight shots).
Each trial (shot) has two possible outcomes: hitting the target or missing the target.
The probability of success (hitting the target) is constant for each trial (88% or 0.88).
b) To find the probability of hitting the 6th target (considered as a single trial), we can use the binomial probability formula:
P(X = k) = C(n, k) * p^k * (1 - p)^(n - k)
where:
P(X = k) is the probability of getting exactly k successes,
C(n, k) is the binomial coefficient or number of ways to choose k successes out of n trials,
p is the probability of success in a single trial, and
n is the total number of trials.
In this case, k = 1 (hitting the target once), p = 0.88, and n = 1. Therefore, the probability of hitting the 6th target is:
P(X = 1) = C(1, 1) * 0.88^1 * (1 - 0.88)^(1 - 1) = 0.88
c) To find the probability that the first time hitting the target is not until the 4th shot, we need to consider the complementary event. The complementary event is hitting the target before the 4th shot.
P(not hitting until the 4th shot) = P(hitting on the 4th shot or later) = 1 - P(hitting on or before the 3rd shot)
The probability of hitting on or before the 3rd shot is the sum of the probabilities of hitting on the 1st, 2nd, and 3rd shots:
P(hitting on or before the 3rd shot) = P(X ≤ 3) = P(X = 1) + P(X = 2) + P(X = 3)
Using the binomial probability formula as before, with p = 0.88 and n = 3:
P(X = 1) = C(3, 1) * 0.88^1 * (1 - 0.88)^(3 - 1)
P(X = 2) = C(3, 2) * 0.88^2 * (1 - 0.88)^(3 - 2)
P(X = 3) = C(3, 3) * 0.88^3 * (1 - 0.88)^(3 - 3)
Calculate these probabilities and sum them up to find P(hitting on or before the 3rd shot), and then subtract from 1 to find the desired probability.
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This table shows the battery percentage of a phone after it has been used for x hours.
When graphed, all of these points lie on the same line.
What is the y-intercept and slope of this line?
Drag an answer into each box.
its a test for k 12. help
Answer:
Slope: -17/3 Y-intercept: 100
Step-by-step explanation:
I took the test. Hope this helps.
♡ The Question/Task(s)! ♡
-What is the y-intercept and slope of this line?
*୨୧ ┈┈┈┈┈┈┈┈┈ ୨୧*
♡ The Answer(s)! ♡
-The answers are, Slope: -17/3, Y-Intercept: 100!
I apologize in advance if the answer is incorrect! ♡
*୨୧ ┈┈┈┈┈┈┈┈┈ ୨୧*
♡ The Explanation(s)/Step-By-Step! ♡
-The other person was correct! =)
*୨୧ ┈┈┈┈┈┈┈┈┈ ୨୧*
♡ Tip(s)! ♡
-No Tip(s) Provided!
Light sample A has a frequency of 4.30×1015 Hz and light sample B has a frequency of 8.70×1018 Hz. What is the wavelength of light sample A in meters? Light sample A has a frequency of 4.30×1015 Hz and light sample B has a frequency of 8.70×1018 Hz. What is the wavelength of light sample B in meters? Light sample A has a frequency of 4.30 ×1015 Hz and light sample B has a frequency of 8.70×1018 Hz. Based on frequency, which set gives the most correct description of the types of light for samples A and B respectively? Light sample A has a frequency of 4.30 ×1015 Hz and light sample B has a frequency of 8.70×1018 Hz. Based on frequency, which set gives the most correct description of the types of light for samples A and B respectively?
1) The wavelength of A is equal to 6.98 × \(10^{-8}\)meters
2) The wavelength of B is equal to 3.45 × \(10^{-11}\) meters
Since we know that the wavelength = speed of light / frequency
The speed of light is 3.00 × \(10^8\) meters per second.
For light sample A with a frequency of 4.30 × 10^15 Hz can be calculated as;
wavelength of A = (3.00 × \(10^8\) m/s) / (4.30 × 10^15 Hz)
wavelength of A = 6.98 × \(10^{-8}\) meters
For light sample B with a frequency of 8.70 × \(10^18\) Hz can be calculated as;
wavelength of B = (3.00 × \(10^8\) m/s) / (8.70 ×\(10^18\) Hz)
wavelength of B = 3.45 × \(10^{-11}\) meters
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Your house is at point c. a post office is located directly west of your house at point d. let point e represent your school,
which is directly west of the post office. find the distance from your house to your school if cd = 1.7 miles and de = 2.4
miles.
a 3.1 miles
b. 41 miles
c. 4.3 miles
d. 5.1 miles
The distance between your house and school is 4.1 miles.
According to the given question.
Point c represents your house.
Point d represents post office which is directly west to the point c i.e from house.
And point e represents school which is west of the post office.
Also, it is given that the distance between house and post office, cd is 1.7 miles.
And the distance between the post office and school,de is 2.4 miles.
Now, if we see the attached figure we can say that
cd + de = ce
⇒ 1.7miles + 2.4miles = 4.1 miles
Hence, the distance between your house and school is 4.1 miles.
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Find the area.
A.80 in sq
B.140 in sq
C.70 in sq
D.35 in sq
Answer:
C. 70 in sq
Step-by-step explanation:
The formula of a trapezoid is the A = a + b / 2 multiplied by height. (a and b are the bases). If you plug in the numbers into the formula, you will get 70.
Jocelyn was given a box of assorted chocolates for her birthday. Each night, Jocelyn treats herself to some chocolates. The number of chocolates remaining in the box tt days after Jocelyn's birthday can be modeled by the equation C= -3t+30. What is the x-intercept of the equation and what is its interpretation in the context of the problem?
9514 1404 393
Answer:
"x-intercept": t = 10the chocolates will be gone after 10 nightsStep-by-step explanation:
The "x-intercept" is the value of the independent variable (t, in this case) such that the value of the dependent variable (C) is zero. We can find it by solving the equation ...
0 = C
0 = -3t +30
0 = -t +10 . . . . . divide by 3
t = 10 . . . . . . . . . add t
The value of t is the number of days Jocelyn has been eating the chocolates. When t=10, C =0. The number of chocolates remaining in the box will be zero after 10 days.
Answer:
The x-intercept of the function is 10 which represents the number days after Jocelyn's birthday until all of the chocolates are gone.
Step-by-step explanation:
Since there were 0 chocolates remaining after 10 days, the x-intercept of 10 represents the number of days until the box of chocolates was empty.
Have a good day :)
Help maw please and thank
Answer:0
Step-by-step explanation:
m=y2-y1/x2-x1
m=-8--8/-10--9=0/-1=0
The slope of the line is 0
Please help me with math
Answer:
SA: 456
V: 408
Step-by-step explanation:
To find the volume of this prism, you first need to find the area of the triangular base. The base has dimensions 6 by 8, and since it's a triangle, the area of the base is 6*8/2=24. Multiplying this by the length of the prism, you get a volume of 24*17=408. For the surface area, you need to find and add together the areas of all of the surfaces. We have already determined that the area of the two triangular bases are 24. The rectangle formed by the leg with length 6 has area 6*17=102, the one with length 8 has area 136, and the hypotenuse has area 170. Adding all of this together, you get a surface area of 24+24+102+136+170=456 square centimeters. Hope this helps!
Which equation would you use to solve the problem," Four less than the product of 3 and a number is 15"
A) 3n - 4 = — 15
B) 3 (n - 4) = — 15
C) 4 - 3n = — 15
D) 4(3n - 4) = 15
Answer:
The correct option is a) 3n - 4 = 15
Step-by-step explanation:
The product of 3 and a number means 3 multiplied by a number (n)
So it'll be 3*n or simply 3n
Now, it says 4 less than the product
So 4 less than 3n
That is equal to 3n minus 4 or 3n -4
So we come to the conclusion that
3n - 4 = 15
Hope this helps!
In a reflection the orientation of a figure changes. (The direction of the shape changes.)
TRUE OR FALSE
Answer:
True.
Step-by-step explanation:
In a reflection, the orientation of a figure changes. This means that the direction of the shape is reversed, as if it were being viewed in a mirror. For example, if a figure is facing to the right, it will appear to be facing to the left after it has been reflected. The shape itself is not altered by the reflection, only its orientation.
what is -18 1/2 plus 27 3/5?
Step-by-step explanation:
so if I did it wrong
What is the diameter of a sphere with a volume of 15276 cm", to the nearest tenth
of a centimeter?
Answer:
15.4
Step-by-step explanation:
15276 = 4/3 πr³
11457 = πr³
3646.88 = r³
15.4 = r
Answer:
30.8
Step-by-step explanation: