5

# Straight horizontal wire with length-to-mass ratio of 17 mlkg is carrying a current of 3.0 A to the west: The wire is placed in a uniform magnetic field B. With the...

## Question

###### Straight horizontal wire with length-to-mass ratio of 17 mlkg is carrying a current of 3.0 A to the west: The wire is placed in a uniform magnetic field B. With the weight of the wire pointing down to the south; what minimum field B (in T) is required for the wire to achieve static equilibrium? (gravitational acceleration = 9.8 m/s2)Select one: 55.53 north0.19 into the page 0.19 out of the page 55.53 into the page 55.53 out of the page

straight horizontal wire with length-to-mass ratio of 17 mlkg is carrying a current of 3.0 A to the west: The wire is placed in a uniform magnetic field B. With the weight of the wire pointing down to the south; what minimum field B (in T) is required for the wire to achieve static equilibrium? (gravitational acceleration = 9.8 m/s2) Select one: 55.53 north 0.19 into the page 0.19 out of the page 55.53 into the page 55.53 out of the page  #### Similar Solved Questions

##### Resonance No ResonanceResonance No Resonance
Resonance No Resonance Resonance No Resonance...
##### Queecimn @ Solve the initia] value problemY" -y= Y(O) = [, Y(0) =1
Queecimn @ Solve the initia] value problem Y" -y= Y(O) = [, Y(0) =1...
##### FectabTn neEd5527tHnen'uno S0e!yndusCEetalhenAo Uonds #noEtHe
Fectab Tn ne Ed5527t Hnen 'uno S0e!yndus CEetalhen Ao Uonds #noEtHe...
##### The functions f and g are defined by the following tables. Use the tables to evaluate the given composite function. (g 0 f)( - 3)f(x)g(x)3 -1(g 0 f)( - 3) =
The functions f and g are defined by the following tables. Use the tables to evaluate the given composite function. (g 0 f)( - 3) f(x) g(x) 3 -1 (g 0 f)( - 3) =...
##### Let the random variable X denote the time (unit: second) until computer server connects to computer and let Y denote the time (unit: second) until the server authorizes person as valid user. Each of these random variables measures the wait from common starting time and the join probability density function of Xand Yis modeled by: f(x,y) = cxy, 0 < x<y,0<y <1.J6 pts) Determine the value of c:2) (6pts) Determine the marginal distribution of X Also, specify the range ofx(3) (6pts) Deter
Let the random variable X denote the time (unit: second) until computer server connects to computer and let Y denote the time (unit: second) until the server authorizes person as valid user. Each of these random variables measures the wait from common starting time and the join probability density f...
##### Datn Mbealy Hmnenneenalolkitina mktunKn4m uller etuua eulb t nnd unduuiqIn crl(141
Datn Mbealy Hmnenneena lolkitina mktun Kn4m uller etuua eulb t nnd unduuiqIn crl(141...
##### For E â‚¬ R and t â‚¬ R, set E+t := {+t: & â‚¬ E}, tE := {tx x â‚¬ E}; and EC ;= R| E.
For E â‚¬ R and t â‚¬ R, set E+t := {+t: & â‚¬ E}, tE := {tx x â‚¬ E}; and EC ;= R| E....
##### Define angle strain:Anglc strain is an increjse energY Caused by two mar atoms bcing forced too close to onc another: Angle strain is an increase in _ eclipsed. energy caused by the repulsion between electrons in sigma (G bonds that arcAngle strain [s an Increase in energy caused by the repulsion between nonbonded electrons molecule: Angle strain is an increase in energy caused by tetrahedral bond angles deviating from ideal values of 109.50
Define angle strain: Anglc strain is an increjse energY Caused by two mar atoms bcing forced too close to onc another: Angle strain is an increase in _ eclipsed. energy caused by the repulsion between electrons in sigma (G bonds that arc Angle strain [s an Increase in energy caused by the repulsion ...
##### 0 O-acnin1 lociltod-B1 ; 1 1Duc MyocrL
0 O-acnin 1 lociltod-B1 ; 1 1 Duc MyocrL...
##### Suppose we have weighted coin; which has a 0.71 probability of landing on heads_ Flip the coin twice and observe the sequence of heads and tails. Draw Tree diagram and determine the following probabilities: What is the probability of flipping heads first and tails second (to 2 decima places)What' is the probability of flipping at least one heads; given that you flipped two heads (provide the exact value)? Note: this i5 SIMPLE conditional probability calculation:What is the probability of f
Suppose we have weighted coin; which has a 0.71 probability of landing on heads_ Flip the coin twice and observe the sequence of heads and tails. Draw Tree diagram and determine the following probabilities: What is the probability of flipping heads first and tails second (to 2 decima places) What&#x...
##### The radius of a spherical watermelon is growing at a constant rate of 2 centimeters per week. The thickness of the rind is always one-tenth of the radius. How fast is the volume of the rind growing at the end of the fifth week? Assume that the radius is initially 0 .
The radius of a spherical watermelon is growing at a constant rate of 2 centimeters per week. The thickness of the rind is always one-tenth of the radius. How fast is the volume of the rind growing at the end of the fifth week? Assume that the radius is initially 0 ....
##### You wish to test the following claim (Hi) at a significance level of & 0.02 Ho : P1 P2 Hi:p1 > P2The Ist populations sample has 268 successes and a sample size 488. The 2nd populations sample has 207 successes and a sample size 460 _What is the sample proportion for the Ist population? 0.55(Round to 2 decimals.What is the sample proportion for the Znd population? 0.45Round to 2 decimals.What is the value of the pooled proportion?(Round to 2 decimals:)What is the test statistic (z-score) f
You wish to test the following claim (Hi) at a significance level of & 0.02 Ho : P1 P2 Hi:p1 > P2 The Ist populations sample has 268 successes and a sample size 488. The 2nd populations sample has 207 successes and a sample size 460 _ What is the sample proportion for the Ist population? 0.55...
##### Several of the results studied in calculus must be proved by mathematical induction. In Exercises $41-44,$ apply mathematical induction to prove each formula. $$\begin{array}{l} (\pi+1)+(\pi+2)+(\pi+3)+\cdots+(\pi+n) \\ =\frac{n(2 \pi+n+1)}{2} \end{array}$$
Several of the results studied in calculus must be proved by mathematical induction. In Exercises $41-44,$ apply mathematical induction to prove each formula. $$\begin{array}{l} (\pi+1)+(\pi+2)+(\pi+3)+\cdots+(\pi+n) \\ =\frac{n(2 \pi+n+1)}{2} \end{array}$$...
##### Solve each system. See Examples I through $5 .$ \left\{\begin{aligned} x-y+z &=-4 \\ 3 x+2 y-z &=5 \\ -2 x+3 y-z &=15 \end{aligned}\right.
Solve each system. See Examples I through $5 .$ \left\{\begin{aligned} x-y+z &=-4 \\ 3 x+2 y-z &=5 \\ -2 x+3 y-z &=15 \end{aligned}\right....
##### Conwer + Hhe | integral t6 Cylincnta anc Jphencal Ceorclinatef 56 J4-X2 Jlo-x2 NxztY2 dzdydx
Conwer + Hhe | integral t6 Cylincnta anc Jphencal Ceorclinatef 56 J4-X2 Jlo-x2 NxztY2 dzdydx...
##### Ifâ€ƒâ€ƒC(t)=49.8te^âˆ’0.24t measures the concentration, inngml, of a drug in a person's system t hours after the drugis administered, when does the drug reach itpeak concentration?
Ifâ€ƒâ€ƒC(t)=49.8te^âˆ’0.24t measures the concentration, in ngml, of a drug in a person's system t hours after the drug is administered, when does the drug reach it peak concentration?...