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# Find the slopes of lines $P Q$ and $P R$ and determine whether the points $P, Q,$ and $R$ lie on the same line. (Hint: Two lines with the same slope and a point in ...

## Question

###### Find the slopes of lines $P Q$ and $P R$ and determine whether the points $P, Q,$ and $R$ lie on the same line. (Hint: Two lines with the same slope and a point in common must be the same line.)$$P(-10,-13), Q(-8,-10), R(-12,-16)$$

Find the slopes of lines $P Q$ and $P R$ and determine whether the points $P, Q,$ and $R$ lie on the same line. (Hint: Two lines with the same slope and a point in common must be the same line.) $$P(-10,-13), Q(-8,-10), R(-12,-16)$$ #### Similar Solved Questions

##### Oint) Use the Second Derivative Test for local extrema to find any local maximum and minimum values for the function_f(r)=l-9x-6r" _XYou will receive partial credit if You instead using the First Derivative Test for local extrema and sign chart to determine each local extrema is either local maximum Of minimum_
oint) Use the Second Derivative Test for local extrema to find any local maximum and minimum values for the function_ f(r)=l-9x-6r" _X You will receive partial credit if You instead using the First Derivative Test for local extrema and sign chart to determine each local extrema is either local ...
##### O ["[email protected] 10JUITE44CleolHLAanan fenamEuearana Eafata msateaalaMrar o 2ndonTy Ena #ann Drataa4 E4 Lacnon6tantb a
o ["~Mobie X2F1a 7 Done @R 10 JUITE44 Cleol HLAanan fena mEuearana Eafata msateaala Mrar o 2ndon Ty Ena #ann Drataa4 E4 La cnon 6tantb a...
##### A reaction has the following rate law rate Mjs) =k[A] [B]-[c] when [AJ [B] = [c] = 1.0 JV the rate is 3.0 M/s. What would the rate be when [A] [8J = [c]= 2.0 M?Type your response
A reaction has the following rate law rate Mjs) =k[A] [B]-[c] when [AJ [B] = [c] = 1.0 JV the rate is 3.0 M/s. What would the rate be when [A] [8J = [c]= 2.0 M? Type your response...
##### Question 14The lens shown has radii 18.8 cm and 19.9 cm and is made of a material with index of refraction 50, Using the shape of the lens to assign the given radii, calculate the focal length of the lens. Consider the case where 18.8 cm is the left side and 19.9 cm the right side (What would you get if you reversed the order; ie: flipped the lens so the two sides are switched?)
Question 14 The lens shown has radii 18.8 cm and 19.9 cm and is made of a material with index of refraction 50, Using the shape of the lens to assign the given radii, calculate the focal length of the lens. Consider the case where 18.8 cm is the left side and 19.9 cm the right side (What would you g...
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##### When basketbal players are about io have free thicv ccmpetiticn, they cften draw names out of hat j0 randomly select the order which they shoct Wrat is the probability tha: tney shoot free throws alpnapetical order? Assume each player has different nameP(shco: free throws in alphabetica order) (Type an integer = simplified fraction.)
When basketbal players are about io have free thicv ccmpetiticn, they cften draw names out of hat j0 randomly select the order which they shoct Wrat is the probability tha: tney shoot free throws alpnapetical order? Assume each player has different name P(shco: free throws in alphabetica order) (Typ...
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##### Complete each of the following nuclear equations:Part A{He + #'N-? +{H Express your answer as an isotope2 = 130SubmitPrevious AnswersCompletedPart B{He + {8K-? + {H Express your answer as an isotope_AzdType here to search
Complete each of the following nuclear equations: Part A {He + #'N-? +{H Express your answer as an isotope 2 = 130 Submit Previous Answers Completed Part B {He + {8K-? + {H Express your answer as an isotope_ Azd Type here to search...
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##### Propose structures for compounds that fit the following descriptions:(a) $mathrm{C}_{10} mathrm{H}_{14}$H NMR: $7.188$ (4 H, broad singlet); $2.70 delta(4 mathrm{H}$, quartet, $mathrm{J}=7 mathrm{~Hz}) ; 1.20 delta$ $(6 mathrm{H}$, triplet,$/ mathrm{m} 7 mathrm{~Hz})$IR: $745 mathrm{~cm}^{-1}$(b) $mathrm{C}_{10} mathrm{H}_{14}$(3 $mathrm{H}$, singlet): $1.20 mathrm{delta}(6 mathrm{H}$, doublet, $J=8 mathrm{~Hz}$ ) IR: $825 mathrm{~cm}^{-1}$
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##### Tuluumtied(bclDunuptlutitundumh sledted lmukre] eq} huldar {Mqbabal DIala 54cd kntlbud non hachain (Round lo Iput duthualdncnn udr D retudu Mntetexul Ila Mctubur Ecldtte â‚¬ Mledl Urcice ndatn (Round 1 bot Io comollu Kcu Orslo nejrost Ueentt We nlecduuW100 hdlredaundihyauke-eduputInd Iu Fulch Iudee#QU lemiszed+22 on & 1co lrtezed oJDoudt "redtdlnhal 0lieuerclcd % Lul-nIn4ydira[apand and ncterol Ino yobablen [unesntul socd"#tEzed < 2lates Oe0t 77 J Io nutrJi 'Jalodted IainlJ
Tuluumtied (bcl Dunu ptluti tundumh sledted lmukre] eq} huldar {Mqbabal DIala 54cd kntlbud non hachain (Round lo Iput duthualdncnn udr D retudu Mntetexul Ila Mctubur Ecldtte â‚¬ Mledl Urcice ndatn (Round 1 bot Io comollu Kcu Orslo nejrost Ueentt We nlecduu W100 hdlreda undihyauke-ed uputInd Iu F...
##### The velocity of a particle is given by vd)-(2+-1Ji+(2-t)j+(3+-4Jk Find the acceleration of this parlicle a5 a function of time; ( in unit-vector notationSelect one: 41j+3kb. 2i-2j+3kc.2i-j+3k2ij-4k
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If the force of attraction between two bodies is inversely proportional to the square of the distance between them Set up the proportionality relationship (b) If two bodies Scm apait have an attractive force of 16.8N (Newtons). how far apart are they. if the force between them is 8.SN? (Round your f...