5

# The cockroach Periplaneta americana Can detect a static electric field of magnitude 7.50 KNIC using their ong - antennie If I ecess static churge o cockroach is moc...

## Question

###### The cockroach Periplaneta americana Can detect a static electric field of magnitude 7.50 KNIC using their ong - antennie If I ecess static churge o cockroach is mocleled pent charges Iocated : the end of each antenna: what mgnifude of charge would euch anlenna pOSse"s$onler for each antennae experience fon e of magnitude 4.50 AN fromt the eilernal electric field? Calculate utits (f nanecoulnbs (nC) The cockroach Periplaneta americana Can detect a static electric field of magnitude 7.50 KNIC using their ong - antennie If I ecess static churge o cockroach is mocleled pent charges Iocated : the end of each antenna: what mgnifude of charge would euch anlenna pOSse"s$ onler for each antennae experience fon e of magnitude 4.50 AN fromt the eilernal electric field? Calculate utits (f nanecoulnbs (nC)  #### Similar Solved Questions

##### Kizd Wurizksgrlfse3+C3x + '74C
Kizd Wurizksgrl fse 3+C 3x + ' 74C...
##### Point)y Faraday" Law; ifa conducting wire of length meters moves at velocity ms perpendicular to _ eslas), a voltage of size V Blv is induced magnetic field of strength B wire. Assume that B 8 and 0.6.Find the rate of change(Use decimal notation: Give your answer to three decimal _ places-)help decimals)Find the rate change' with rospect to time ifv = 10t - (Use decimal notation: Give your answer three decimal places )help (decirals)Note: You can earn partinl credit on this problorn;
point) y Faraday" Law; ifa conducting wire of length meters moves at velocity ms perpendicular to _ eslas), a voltage of size V Blv is induced magnetic field of strength B wire. Assume that B 8 and 0.6. Find the rate of change (Use decimal notation: Give your answer to three decimal _ places-)...
##### Class Management Help Homework 9 (end of MT? content) Begin Date: 10/2/2019 12.01.00 AM Due Date: 11/5/2019 11.59.00 PM End Date: 11/5/2019 11.59.00 PM (10%) Problem 10: Three beads are placed on the vertices of an equilateral triangle of side d =3 cm_ The first bead of mass m } 135 g is placed on the top vertex_ The second bead of mass mz = 45 g is placed on the left vertex. The third bead of mass mz = 85 g is m [ placed on the right [email protected] COm25 % Part (4) Write symbolic equ
Class Management Help Homework 9 (end of MT? content) Begin Date: 10/2/2019 12.01.00 AM Due Date: 11/5/2019 11.59.00 PM End Date: 11/5/2019 11.59.00 PM (10%) Problem 10: Three beads are placed on the vertices of an equilateral triangle of side d =3 cm_ The first bead of mass m } 135 g is placed on ...
##### 3 lim32. !im3}1635.36. lim37. lim38. limT +39. lim40. lim1 ,JI_ lim42,Limits with trigonometric functions Find the limits in Exereises 4350. 43.0 lim (2sin X 4 lim sin?45. lim scc X La4. Iim tan X A_esin X 3 cos A47. limn ~ui48. lim (x? 1)(2 cos 4)49. lim4 cos ( T) 50. lim V7 + sec u
3 lim 32. !im 3} 16 35. 36. lim 37. lim 38. lim T + 39. lim 40. lim 1 , JI_ lim 42, Limits with trigonometric functions Find the limits in Exereises 4350. 43.0 lim (2sin X 4 lim sin? 45. lim scc X La 4. Iim tan X A_e sin X 3 cos A 47. limn ~ui 48. lim (x? 1)(2 cos 4) 49. lim 4 cos ( T) 50. lim V7 +...
##### Find the directional derivative of the function at the given point in the direction of the vector f(x, Y, 2) = x2y + y2Z, (1, 5, 6) , V = (2, -1, 2)Duf(1, 5, 6)Need Help?Read ltTalx t0 Iuior
Find the directional derivative of the function at the given point in the direction of the vector f(x, Y, 2) = x2y + y2Z, (1, 5, 6) , V = (2, -1, 2) Duf(1, 5, 6) Need Help? Read lt Talx t0 Iuior...
##### Guerntontlee bulltCtn borkot 0panouljutt #nich quantity {oncnv"Kinetic energy but not momentumMomentum but not kinetic energy Neither kinetic energy nor momentum None of the proposed answers Kinetic energy- and momentumMoving to another question will save this response:
Guernton tlee bullt Ctn borkot 0 panouljutt #nich quantity {oncnv" Kinetic energy but not momentum Momentum but not kinetic energy Neither kinetic energy nor momentum None of the proposed answers Kinetic energy- and momentum Moving to another question will save this response:...
##### Obtain the general solution. $$\left(D^{3}-D^{2}+D-1\right) y=4 \sin x$$
Obtain the general solution. $$\left(D^{3}-D^{2}+D-1\right) y=4 \sin x$$...
##### [-/0.35 Points]DET AILS0/1 Submissions UsedMY NOTESPRACTICE ANOTHERconplate tht table deretnilnn Mc Lalrnci YodnJa0o(Round Ycir renttraminstcutaCdntinmuu
[-/0.35 Points] DET AILS 0/1 Submissions Used MY NOTES PRACTICE ANOTHER conplate tht table deretnilnn Mc Lalrnci Yodn Ja0o (Round Ycir rent traminstcuta Cdntinmuu...
##### Problem 3: Convert from rectangular to polar form: 2 + 2v3iv3 _ Vzi ~8iConvert from rectangular to polar form: Vz cis 3250 8 ciscis 240"(d) 10 cts 488 (42 _ cis 1080"
Problem 3: Convert from rectangular to polar form: 2 + 2v3i v3 _ Vzi ~8i Convert from rectangular to polar form: Vz cis 3250 8 cis cis 240" (d) 10 cts 488 (42 _ cis 1080"...
##### Imagine that you could chgineer a cell that exchanges gases efficiently with the environment and quickly metabolizes sugars. Describe your cell's size and shape. What organelles would be abundant?
Imagine that you could chgineer a cell that exchanges gases efficiently with the environment and quickly metabolizes sugars. Describe your cell's size and shape. What organelles would be abundant?...
##### Use the given transformation evaluate the integral:3*y dA, wherethe region In the first quadrant bounded by the lines Y = Zx and2x and the hyperbolas3 and Xy = 2; *=ulv,Y =lu( 6Need Help?RaadllVakchh
Use the given transformation evaluate the integral: 3*y dA, where the region In the first quadrant bounded by the lines Y = Zx and 2x and the hyperbolas 3 and Xy = 2; *=ulv,Y = lu( 6 Need Help? Raadll Vakchh...
##### 3d) 3(y? + 1)3/2 xez ~ez +C 3e) sin(y) = tan(x) +C
3d) 3(y? + 1)3/2 xez ~ez +C 3e) sin(y) = tan(x) +C...
##### Rank the compounds in each group in order of increasing water solubility.a. (CH$_3)_3$CH, CH$_3$OCH$_2$CH$_3$, CH$_3$CH$_2$CH$_2$CH$_3$, CH$_3$CH$_2$CH$_2$OH
Rank the compounds in each group in order of increasing water solubility. a. (CH$_3)_3$CH, CH$_3$OCH$_2$CH$_3$, CH$_3$CH$_2$CH$_2$CH$_3$, CH$_3$CH$_2$CH$_2$OH...
##### The position vs time graph for a car is shown in the figure. during which time interval is the car moving in the negative x-direction? the following are points in time T with the cars position P when position changed:T0:P0;T10;P60;T15:P60;T40:P-40;T60:P0select one: a. 40-60s b. 0-10s c. 20-30s d.10-15s
the position vs time graph for a car is shown in the figure. during which time interval is the car moving in the negative x-direction? the following are points in time T with the cars position P when position changed:T0:P0;T10;P60;T15:P60;T40:P-40;T60:P0select one: a. 40-60s b. 0-10s c. 20-30s d.10-...
##### Aubrtionj 13Saa PQ7 Givan componeri (A) CHjCH2CH CH2CH3 and component (B) CH}CH_CH CH2CHzCH} 0 LD Anth LD DD wih DO LD wlh DD LD "iln HBMntan wnai 8r0 Ine -heredions_(3) Han (Al?tQuestionSce Pa7Gwven conipon-ni CHJCH CH CHCH_CH} alaskulcu chul we the Inlcreclians ol (B) Wdlh (B)? (A} CHJCHzCICH_CH; ard ccronnenl LD wn ( 0 OD mth OD LD 'itht DD 0 LD wtn HBQugrtion 15Sec Pat Gwul coinpotanl ( CHJCH_CHCnCHg aa componeri LD ttn LD DD uith DD ILD #ith DD LD 4h KoCHjCH_CHzCthCHZGJuttdns ol
aubrtionj 13 Saa PQ7 Givan componeri (A) CHjCH2CH CH2CH3 and component (B) CH}CH_CH CH2CHzCH} 0 LD Anth LD DD wih DO LD wlh DD LD "iln HB Mntan wnai 8r0 Ine -heredions_ (3) Han (Al?t Question Sce Pa7 Gwven conipon-ni CHJCH CH CHCH_CH} alaskulcu chul we the Inlcreclians ol (B) Wdlh (B)? (A} CHJ...