Extra Credit; Crédito adicional; Siplemantè Kredi (You do not have to do this one) Given AC BC Dis the midpoint of AB Prove: AACD = ABCD Statements Reasons 1 Given 2 Given 4. SAACD ABCD
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Q: True or False? These 2 triangles are congruent. O True O False
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Q: Consider isosceles triangle ABC with angle bisector AD. D C What reasons complete the proof of ZB…
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Q: An isosceles triangle is a triangle with two equal sides. The following theorem holds: If is a…
A: “Since you have posted a question with multiple sub-parts, we will solve first three sub-parts for…
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Q: LJ is perpendicular to KM LM is congruent to JM Given: Prove: Triangle LMK is congruent to Triangle…
A: Given: LJ is perpendicular to KM LM is congruent to JM. The objective is to prove ∆LMK≅∆JMK.
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A: Given query is to provide reason for the statement.
Q: A. Fill in the missing statements and reasons. Given: LR = CR NM T MT NM T NƆ N Prove: ALWR = ACNR…
A: given problem is solved below in detail.
Q: I. GIVEN PQ bisects ZSPT, SP= TP PROVE ASPQ = ATPQ Prove: A SPQ is congruent to A TPQ Statement…
A: We will use the given information and the figure to complete the given table to prove the given two…
Q: Given: BD bisects AC and BD 1 AC. Prove: AABE ACBE. Step Statement Reason BD bisects AC Given BD 1…
A: GIVEN : BD bisects AC and BD⊥AC
Q: 3. M, MY bisects LT at z
A: To prove that any two triangles are congruent, 3 conditions have to be met. Depending on the…
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A: From the table, third statement is AC≅CD because C is the midpoint ∠ACD≅∠DCE Vertical opposite…
Q: B. Given: AC bisects ZBAD and ZBCD Prove: BC = DC в B Statements Reasons 1. 1. Given 2. ZACB ZACD 2.…
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Q: If B is between A and C, then AB + BC AC.* O Angle Addition Postulate O Addition Property of…
A: Given that if B is between A and C, then AB+BC=AC. We know that segment addition postulate states…
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Q: Juan said that the reason for #9 is ASA~. Why can't it be ASA~ and what is the correct answer?…
A: Please see the below picture for detailed solution.
Q: 13. Given: AB = CB, Dis the midpoint of AC Prove: AABD = ACBD B A D Statement Reason 1. 2. 3. 4.
A: Since you have posted multiple question as per guidelines we can solve only one question at a time…
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Q: Complete the proof that AUXY ~ AUWV. W レ と Statement Reason 1 ZY E ZV Given ZVUW = ZXUY Vertical…
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Q: W Waseem was asked to prove that TO = WO. His work is shown below. There is ot least one error in…
A: Solution shown in step 2
Q: 10. Given:4E=BD, EB e DC .Bisthe midpoint of AC Prove: a. ADCB AEBA, 6< ABE <BCD B Statement Reasons
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Q: Given: M N ZB N Name the Postulate or Theorem Used to Prove the Triangles Similar (if any) a…
A: If the two triangles are different in size but similar in shape they said to be similar triangles.
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Q: A D What other information is needed to prove AABC ACDA by the HL Theorem? o ZB and ZD are right…
A: Hypotenuse leg theorem The two triangles are right angles We Know that AC is hypotunese We know…
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A: We can prove the required statement as below.
Q: ZABC is a right angle; BD bisects ZABC mz1 = 45° Given: Prove: A
A: Given: ∠ABC is a right angle and BD→ bisects ∠ABC.
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Q: What is the reason for #5? Given: AB=CB, BMLac, and M is the midpoint of AC Prove: <A<C A M C…
A: Using SSS rule.
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Q: A ABC is right-angled at A and has AB < AC. Point D is on BC so that AB = AD. Point L is the…
A: answer is in next step
Q: , Error Analysis Find and correct the error(s) ín the proof. 3. K N. Glven: KH NH, LL LM Prove: His…
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Q: 1. Which statement belongs in the two-column proof for the right triangles in place of letter B? R B…
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Q: ARSU is equilateral, U is the midpoint of TV, and ST E RV. Complete the proof that ASTU E ARVU. T U…
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Q: its corresponding reason will complete the proof? * PROPERTY OF RHOMBUS STATEMENTS REASONS THEOREN…
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Q: Given: LG-LI; FH bisects ZGFI Prove: AGFH - AIFH STATEMENTS REASONS 1. I Select ] 1. ( Select) 2. (…
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Q: B. Given: AC bisects ZBAD and ZBCD Prove: BC = DC в B Statements Reasons 1. 2. ZACB E LACD 1. Given…
A: 1. AC bisects angle BAD and angle BCD. 2. Definition of bisector. 3. ∠CAB≅∠ CAD 4.AC=AC
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A: topic - triangles
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A: Solution ) correct answer is reflexive property which tells that any geometric Figure congruent to…
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A: We will find the reasons for each column is as following.
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Q: Iskra is a structural engineer, designing a tri-bearing truss for the roof of a new building. She…
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Q: What is the reason for #9? Given: ABCA where E is the midpoint of AC and D is the midpoint of BA…
A: This question is related to triangles, we will solve it using given information.
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Q: K is the midpoint of GI and HĨ | G). Complete the proof that AHIK ANGK. K G Reason Statement GIven K…
A: The figure for the question is given below. Given statements about the figure are:…
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A: Given: SQ¯ bisect ∠RQT and ∠RST.
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Contingency Table
A contingency table can be defined as the visual representation of the relationship between two or more categorical variables that can be evaluated and registered. It is a categorical version of the scatterplot, which is used to investigate the linear relationship between two variables. A contingency table is indeed a type of frequency distribution table that displays two variables at the same time.
Binomial Distribution
Binomial is an algebraic expression of the sum or the difference of two terms. Before knowing about binomial distribution, we must know about the binomial theorem.
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- When determining whether grounding accidents and hull failures result in different spillage (is there a difference between spills caused by grounding or hull failures) would I use a two tail t test to decide this?A graduate student wanted to determine whether the yield (ton/ha) for 3 different varieties of oats, and she obtained the following data. Assuming all the regular assumptions are met. Oat varieties A 13 12 10 8 10 10 8 B 13 10 14 13 14 9 C 9 7 6 8 8 8 5 (1) Please state the null and alternative hypotheses of this analysis. (2) Please conduct an ANOVA for her. (3) Please use LSD tests to determine which oat variety has the lowest yield.Using all 1991 birth records in the computerized national birth certificate registry compiled by the National Center for Health Statistics (NCHS), statisticians Traci Clemons and Marcello Pagano found that the birth weights of babies in the United States are not symmetric ("Are babies normal?" The American Statistician, Nov 1999, 53:4). However, they also found that when infants born outside of the "typical" 37-43 weeks and infants born to mothers with a history of diabetes are excluded, the birth weights of the remaining infants do follow a Normal model with mean μ = 3432 g and standard deviation σ = 482 g. The following questions refer to infants born from 37 to 43 weeks whose mothers did not have a history of diabetes.
- Using all 1991 birth records in the computerized national birth certificate registry compiled by the National Center for Health Statistics (NCHS), statisticians Traci Clemons and Marcello Pagano found that the birth weights of babies in the United States are not symmetric (\"Are babies normal?\" The American Statistician, Nov 1999, 53:4). However, they also found that when infants born outside of the \"typical\" 37-43 weeks and infants born to mothers with a history of diabetes are excluded, the birth weights of the remaining infants do follow a Normal model with mean μ = 3432 g and standard deviation σ = 482 g. The following questions refer to infants born from 37 to 43 weeks whose mothers did not have a history of diabetes. Compute the z-score of an infant who weighs 3762 g. (Round your answer to at least two decimal places.) Approximately what fraction of infants would you expect to have birth weights between 2890 g and 3410 g? (Express your answer as a decimal, not a percent, and…Using all 1991 birth records in the computerized national birth certificate registry compiled by the National Center for Health Statistics (NCHS), statisticians Traci Clemons and Marcello Pagano found that the birth weights of babies in the United States are not symmetric ("Are babies normal?" The American Statistician, Nov 1999, 53:4). However, they also found that when infants born outside of the "typical" 37-43 weeks and infants born to mothers with a history of diabetes are excluded, the birth weights of the remaining infants do follow a Normal model with mean μ = 3402 g and standard deviation σ = 492 g. Let X be the weight of a randomly selected infant born from 37 to 43 weeks whose mother did not have a history of diabetes. What is the distribution of X? X ~ N (,) Please show the following answers to 4 decimal places. If a healthy infant is randomly chosen, find the probability that the birth weight is below 3156 g. If a healthy infant is randomly chosen, find the…Using all 1991 birth records in the computerized national birth certificate registry compiled by the National Center for Health Statistics (NCHS), statisticians Traci Clemons and Marcello Pagano found that the birth weights of babies in the United States are not symmetric ("Are babies normal?" The American Statistician, Nov 1999, 53:4). However, they also found that when infants born outside of the "typical" 37-43 weeks and infants born to mothers with a history of diabetes are excluded, the birth weights of the remaining infants do follow a Normal model with mean μ = 3432 g and standard deviation σ = 482 g. The following questions refer to infants born from 37 to 43 weeks whose mothers did not have a history of diabetes.Compute the z-score of an infant who weighs 2903 g. (Round your answer to two decimal places.)−1.10Correct Approximately what fraction of infants would you expect to have birth weights between 3060 g and 4410 g? (Express your answer as a decimal, not a percent, and…
- Determine if assumptions have been violated and if a between-subjects, one-way ANOVA can be completed: A biomedical engineer compared the abrasion resistance — as measured by number of rotations until failure — of three different artificial hips. Manufacturer X makes hip joints out of metal, manufacturer Y out of ceramic, and manufacturer Z out of a metal/ceramic composite. The biomedical engineer gets a random sample of 6 hips from each manufacturer’s production line and tests each one individually until failure occurs.Ariatnam, Najafi, and Morones (Journal of professional Issues in Engineering Education andPractice, 2002) describe an overview of academies in horizontal directional drilling conducted totrain engineers and inspector for the California Department of Transportation. A pretest wasadministered on the first day prior to any instruction. Instruction and field experience wereprovided over a 3 day period, followed by a final test administered at the end of the last day.Although the average final test score of 75.27% was higher than the average pretest score of55.61%, the difference was not significant.a. Identify the type of the study described here.b. What is the purpose of administering the pretest?A Deputy Registrar at a certainty university conducted a Chi-Square test of association to establish whether or not employee grade and level of absenteeism were associated. Table 2 below shows part of the results which were obtained. Table 2: Cross tabulation of employee grade and level of absenteeism Contingency Tables Grade LAbsence 1 2 3 Total low Observed 8 1 0 9 Expected 2.90 3.48 2.61 9.00 high Observed 2 11 9 22 Expected 7.10 8.52 6.39 22.00 Total Observed 10 12 9 31 Expected 10.00 12.00 9.00 31.00 2.1 State the appropriate measurement scales for the variables. 2.2 State the null and alternative hypotheses. 2.3 Calculate the expected frequency corresponding to a Grade 3 academic with a high level of absenteeism. 2.4 Find the Chi-Square critical value and test statistic.…