5

= by what Doubling factor? the ~ tension 8 guitar string c1.4 will result d. % changing the wave velocity the strin10 16 m down Waves once every propagate 33 12 m ...

Question

= by what Doubling factor? the ~ tension 8 guitar string c1.4 will result d. % changing the wave velocity the strin10 16 m down Waves once every propagate 33 12 m What ms along the H of string: {hee 4 m enes # string along the vibrated string? and

= by what Doubling factor? the ~ tension 8 guitar string c1.4 will result d. % changing the wave velocity the strin 10 16 m down Waves once every propagate 33 12 m What ms along the H of string: {hee 4 m enes # string along the vibrated string? and



Answers

Waves on a particular string travel with a speed of $16 \mathrm{m} / \mathrm{s}$. By what factor should the tension in this string be changed to produce waves with a speed of $32 \mathrm{m} / \mathrm{s} ?$

Okay, so here it's talking about a musical stream, and it says the frequency which we're gonna use f is directly proportional. Now, that's why equals K X. Right. Um, so it's going to be something of that sort and that says the square root of tension T so square rue of tension t But then it comes over here and it talks about it being inversely proportional. Right? Which is why equals K over X to the length L. Okay, so what we're gonna do is we're gonna put a cement together for all of that. So when it let's do it right here, we'll use, but we haven't. So f is directly proportional to the square root of tea. So K equals the square root of teeth, like so. OK, but then inversely. So we're gonna need a fraction to the length of l. Okay, Now, over here, if I go back to the green, that's gonna be the equation that, um is going to relate. All the pieces together now says if t is increased by a factor of four now, increased by a factor of four means you multiply this whole thing. So instead of just a T. It becomes like a 40 in their right. An l gets doubled, Will doubled. Means we, times by two. What happens toe f now? A lot of people like, Oh, I don't know. Well, guess what? Just actually kind of solve this through a little bit. This word of four is too. So that gives me, like when I actually evaluate that piece right there. That's two out front, okay? And then you still have, you know, whatever you had originally over to L to over two councils out becomes an invisible one unit with K square. Root a tee over L, which, if you look at our blue part, was the original thing anyway, so this has no effect whatsoever when you do both those things, okay?

We have speed off. The wave is given by squared off the over meal. So Speedy's people shot this word of tension. So 50 changes to four. The four times attention than the velocity will be changing to square the four times three it was to V So the speed Dabas

Frequency off the emitting sound is equal to frequency off the sharing it was 100 hards now using week was them die If we can find that the weapon of the string will be given by velocity over frequency equals 343 velocity of sounded Aaron 343 meters per second, divided by frequency 100 hearts. So the Western comes out to be 3.43 3.43 meter.

Question nine is about a wave on a string hand. The tension on the string is constant, but the frequency is doubled and the question asked by what? Multiple acquitted factor does the speed change? And by what factor does the wave like change? Well, the velocity of a wave on a string on Lee depends on the force, the tension in the string and the linear density, the mass per length and the tension and change. And it's the same string so that when your density didn't change either, so the speed didn't change stays the same. So we'd say the factor of change was just one. It's times of one. It didn't change for the wavelength, though. We gotta look at the relationship. The velocity of wave equals the wave length times frequency if the velocity staying the same, but the frequency is getting doubled. You can tell that the wavelength here has to be paid off cause they're gonna turn out to be the same velocity. Um, these new, the multiply in cancer. So the multiple positive factor will be 0.5


Similar Solved Questions

4 answers
Let t € R and let $ € R that is bounded above: We can define new set ;'4 ts = {t8 s € S}. Prove that tS is bounded above and that suptS =t sup S.Let S and T be subsets of R that are bounded above. Define & new setS+T = {s+t:8 € S and t €T}Prove that S+T is bounded above and that sup (S+T) = sup S+supT.
Let t € R and let $ € R that is bounded above: We can define new set ;'4 ts = {t8 s € S}. Prove that tS is bounded above and that suptS =t sup S. Let S and T be subsets of R that are bounded above. Define & new set S+T = {s+t:8 € S and t €T} Prove that S+T is b...
3 answers
U2w MoP- dolp - 211 WOY uaIs 21 Sutsn spnpoxd ejdnjt piered?s nIRQI Wuop dop 2q Busn 5124212TS [EUOIPPE PPH "PPPS Rd omnjjnns Ju0 AEJC SQOIE H AIEJp Appydx? 01 J1EY JOU OP no, Ansiuryo3rIs PPISuO) 01 J1EY IOU Op no[bak(quajeninba auo) 413*H3 21gpannuons JON"loYS TOJJERI J W PJueIqo spnpold joleu Q4u 2 AIEIQ262612) 5 eqeiy j0 A1si?Nun ?41 gnSeznoiedovod nludtjugienojatei 75uuer578-81-belz
u2w MoP- dolp - 211 WOY uaIs 21 Sutsn spnpoxd ejdnjt piered?s nIRQI Wuop dop 2q Busn 5124212TS [EUOIPPE PPH "PPPS Rd omnjjnns Ju0 AEJC SQOIE H AIEJp Appydx? 01 J1EY JOU OP no, Ansiuryo3rIs PPISuO) 01 J1EY IOU Op no[ bak (quajeninba auo) 413*H3 21g pannuons JON "loYS TOJJERI J W PJueIqo spn...
5 answers
Evaluate the following double integrals over general regions. Sketch the region a) { Tx? + 14y € dA where D is the region bounded by I = 8 and € = 2y2 b) ff 528cos(y? ) dA where D is the region bounded by y = 2 and y = %x2 and the Y-axis
Evaluate the following double integrals over general regions. Sketch the region a) { Tx? + 14y € dA where D is the region bounded by I = 8 and € = 2y2 b) ff 528cos(y? ) dA where D is the region bounded by y = 2 and y = %x2 and the Y-axis...
5 answers
Elediron moves witn speed of 0*107 m(> intne Jaclidns shoxm (Figure and (Fiqure 2) be ow magnetk feld pcints In tne posi Jhve : I-declionPanAWnni magnitude pf the nagnetic forco (Fiqure 1J? Expres your Tnsic witi the #pproprlate units.TalaraUnitsSubmnliRequditan rPart B
elediron moves witn speed of 0*107 m(> intne Jaclidns shoxm (Figure and (Fiqure 2) be ow magnetk feld pcints In tne posi Jhve : I-declion PanA Wnni magnitude pf the nagnetic forco (Fiqure 1J? Expres your Tnsic witi the #pproprlate units. Talara Units Submnli Requditan r Part B...
5 answers
Qujcsiolu 11pSWhat is the measurement type for this question below?How many percents of subscribed emails do YOu usually open?ratiointervaloridinalcategoricalQuestion 21 ptsWhat is the measurement type for this question below? Do you live on campus or off - ~campus?1= On-Campus, 2= Off-Campus, in the Chattanooga area, 3= Off-Campus, not in the Chattanooga area
Qujcsiolu 1 1pS What is the measurement type for this question below? How many percents of subscribed emails do YOu usually open? ratio interval oridinal categorical Question 2 1 pts What is the measurement type for this question below? Do you live on campus or off - ~campus?1= On-Campus, 2= Off-Cam...
5 answers
ClubanTha Pulsa Tales 0l TJundomy cleced JcUt miostdry kuma 040l J7 [xxn lo a hion 04 I0S [arn Fuiu br manmumutclo 0822 conlidenoa Ihal the <72l0 /a7 r 4E77 ) bem ol tharotublon Come Fults InouFunluOFie Asara thii e dGATE #" Launate DeWhrntAe=#AotnedFetalart]ana etKAEelaae]BliioHwd0 IDuEhn Wieeti Im LttJumeecnnaudud Conoa Qutua Fompama (uandVtkn fetut E Mebbbo tulluntrtonpanrututom nutThrrull lronMnaioten
Cluban Tha Pulsa Tales 0l TJundomy cleced JcUt miostdry kuma 040l J7 [xxn lo a hion 04 I0S [arn Fuiu br manmumutclo 0822 conlidenoa Ihal the <72l0 /a7 r 4E77 ) bem ol tharotublon Come Fults Inou Funlu OFie Asara thii e d GATE #" Launate De Whrnt Ae= #Aotned Fetalart] ana et KAEelaae] Bliio H...
5 answers
25. sec? (VI )-1 fo) = sec x = Ittan? X &E_4) ans f tan( Vx)-sec? (Vx): () Vx
25. sec? (VI )-1 fo) = sec x = Ittan? X &E_4) ans f tan( Vx)-sec? (Vx): () Vx...
5 answers
The linear function f(x) 2x+3 is:&lu o: 10One-to-one not Onto and invertible.20One-to-one Onto and not invertible.3One-to-one Onto and invertible
The linear function f(x) 2x+3 is: &lu o: 10 One-to-one not Onto and invertible.20 One-to-one Onto and not invertible.3 One-to-one Onto and invertible...
5 answers
(a Finde" sinx drFigure 2 shows sketch of part of the curve with equationy =e sinx1>0The finite region R is bounded by the curve and the x-axis and is shown shaded in Figure 2.(b) Show that the exact area of R is(Solutions relying on calculator technology are not acceptable )Figure
(a Find e" sinx dr Figure 2 shows sketch of part of the curve with equation y =e sinx 1>0 The finite region R is bounded by the curve and the x-axis and is shown shaded in Figure 2. (b) Show that the exact area of R is (Solutions relying on calculator technology are not acceptable ) Figure...
5 answers
A. Show that the Ratio Test is inconclusive for the series 1.3.5 (2n _ 1) 2.4.6 (2n + 2)Raabe'5 Test: Suppose that {an} is a positive series: If there is some choice of p > 1 such thatGntl < 1 - 2 Onfor all large n, [email protected] IS convergent Use Raabe's Test to show the series in part a. is convergent:
a. Show that the Ratio Test is inconclusive for the series 1.3.5 (2n _ 1) 2.4.6 (2n + 2) Raabe'5 Test: Suppose that {an} is a positive series: If there is some choice of p > 1 such that Gntl < 1 - 2 On for all large n, then @n IS convergent Use Raabe's Test to show the series in par...
5 answers
Suppose that Xhas Weibull distribution with 8 = 0.4and & = 100 hours Determine the following Round the answers to 3 decimal places_ (a) P(X < 100O0) =(b) P(X > 5000)
Suppose that Xhas Weibull distribution with 8 = 0.4and & = 100 hours Determine the following Round the answers to 3 decimal places_ (a) P(X < 100O0) = (b) P(X > 5000)...
5 answers
Calculale the[orquu (Mjanitude Jno directiomthe beamthe tigure below about the lollowing JXCs2m'IONMN(J) &n axis Chrouam ocrpcndicular magnilude direction Sblec?-the page(b) wn axis through perpendicular magnitude direcion Selec-the page
Calculale the [orquu (Mjanitude Jno directiom the beam the tigure below about the lollowing JXCs 2m' ION MN (J) &n axis Chrouam ocrpcndicular magnilude direction Sblec?- the page (b) wn axis through perpendicular magnitude direcion Selec- the page...
5 answers
Consider the following element combinations. Classify the bonds formed between each pair as ionic, polar covalent, or nonpolar covalent based on each element's position in the periodic table_ Drag each item to the appropriate bin.View Available Hint(s)Reset HelpS-SSr-0Na-NO-FS-CIP-BrCs-CllonicPolar covalentNonpolar covalent
Consider the following element combinations. Classify the bonds formed between each pair as ionic, polar covalent, or nonpolar covalent based on each element's position in the periodic table_ Drag each item to the appropriate bin. View Available Hint(s) Reset Help S-S Sr-0 Na-N O-F S-CI P-Br Cs...
5 answers
6.31Write the given system of equations as a matrix equation and solve by lusing inverses 3+2 "2X1 5x2 K2 IWhat are X1 ad Xz when K =7 and kz 1102
6.31 Write the given system of equations as a matrix equation and solve by lusing inverses 3+2 "2X1 5x2 K2 IWhat are X1 ad Xz when K =7 and kz 1102...
5 answers
How many grams of Zn are required to react with 487.1 mL of0.342 M HCL?Zn(s) + 2 HCL (aq) --> ZnCl2 (aq) + H2 (g)
How many grams of Zn are required to react with 487.1 mL of 0.342 M HCL? Zn(s) + 2 HCL (aq) --> ZnCl2 (aq) + H2 (g)...
5 answers
Point) Find the maximum rate of change of flx,y) = In(x? + y)at the point (1, and the direction in which it occurs Maximum rate of change: Direction (unit vector) in which it occurs:
point) Find the maximum rate of change of flx,y) = In(x? + y)at the point (1, and the direction in which it occurs Maximum rate of change: Direction (unit vector) in which it occurs:...
5 answers
Problem 3. Prove that if a set of linear real-valued functions converges uniformly to function f on [0, 1], then f is also linear.
Problem 3. Prove that if a set of linear real-valued functions converges uniformly to function f on [0, 1], then f is also linear....

-- 0.019083--