B x) ☑ ☑ 15 × ☑ ☑ Grade Summary Deductions 0% 100% Potential Submissions Attempt(s) Remaining: 3 4% Deduction per Attempt detailed view Part (a) Three-dimensional axes have been placed to the right of the two-dimensional diagram to assist with three-dimensional visualization of the right-hand images. To indicate the appropriate application of the right-hand rule to obtain the direction of the cross product, v × B, drag an image of the right hand to the target area to the right of those unlabeled axes. Hint: If you hold your right hand in the same orientation as the hand image under consideration, the task is greatly simplified. palm faces direction of c (output) This may be applied to the force, FM, due to a magnetic field, B, on a particle with charge a moving with velocity v where FM = qvx B Because a cross-product relation is involved, the directions of the velocity, the magnetic field, and the magnetic force are related by the right-hand rule to determine the direction of the cross product, × B. Multiplication by the scalar charge, q, only changes the magnitude of the resulting vector with the exception that multiplication by a negative charge also reverses the direction. The diagram to the right represents the charge and the velocity of a particle moving in a region of uniform magnetic field. The charge of the particle is indicated explicitly such that +9 > 0 and -q < 0. Using the flattened right hand, the right-hand rule may be applied to a cross-product as follows: = thumb c = axb where direction of a (1st input) direction of b (2nd input) = fingers ☑ ☑ ☑ 15 * X × × ☑ ☑ FM = =qv × B ☑ Because a cross-product relation is involved, the directions of the velocity, the magnetic field, and the magnetic force are related by the right-hand rule to determine the direction of the cross product, v × B. Multiplication by the scalar charge, 9, only changes the magnitude of the resulting vector with the exception that multiplication by a negative charge also reverses the direction. The diagram to the right represents the charge and the velocity of a particle moving in a region of uniform magnetic field. The charge of the particle is indicated explicitly such that +9 > 0 and -q < 0. ☑ ☑ ☑ Grade Summary Deductions 0% 100% Potential Submissions Attempt(s) Remaining: 16% Deduction per Attempt detailed view Part (a) Three-dimensional axes have been placed to the right of the two-dimensional diagram to assist with three-dimensional visualization of the right-hand images. To indicate the appropriate application of the right-hand rule to obtain the direction of the cross product, v × B, drag an image of the right hand to the target area to the right of those unlabeled axes. Hint: If you hold your right hand in the V same orientation as the hand image under consideration, the task is greatly simplified. Part (b) Based upon your response to Part (a), which of the following best indicates the direction of the magnetic force on the charged particle? Recall that the sign of the charge is indicated explicitly such that +q > 0 and -q < 0. ↑ F = 0 Х

An object is placed in front of a converging lens in such a position that the lens (f = 12.8 cm) produces a real image located 19.7 cm from the lens. Then, with the object remaining in place, the lens is replaced with another converging lens (f = 15.2 cm). A new, real image is formed. What is the image distance of this new image? Number i Units

Part A You look at yourself in a shiny 9.6-cm-diameter Christmas tree ball. If your face is 29.0 cm away from the ball's front surface, where is your image? Follow the sign conventions. Express your answer to two significant figures and Include the appropriate units. HA Value Units %3D Submit Request Answer

Instructor CE EXERCISES FOR LESSON 5 (3 page total) ht onters the urved side ot a semi-cylindnical dish ot tater alang a radius Ine at an angle ot 0-sa wll leave the dish th the ligut raugh the flat ade?If so at what angle of rehaction?tnot why nat? For Water 1.333 e

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San Joaqu 2 Offset Ber 4022 90° stub and th a CLO 2 Offset Bends [Mastery] Revised: 08.21 jh is common to as the pre- San Joaquin Valley College CLO 2 Offset Bends [Mastery] 3. What would be the "distance between bends for an offset with 45-degree angles and an obstruction height of 14 inches? MIZO 45° most 24" 1.41 4. What would be the constant multiplier for an offset bend that was to be formed with a rise of 14 inches over a 24-inch distance? 14" X1.91 19.74 1 5. For the bend in question 4, what would be the distance X between bends? Academic Affairs Department 14" ELEC 11 Page 2 of

TACTICS BOX 1.1 Vector addition To add B to A (Figure 1), perform these steps: A 1. Draw A. A B 2. Place the tail of B at the tip of 3. Draw an arrow from the tail of A to the tip of B. This is vector A + B. 1- A+B ↑3 Create the vector R = A + B by following the steps in the Tactics Box above. When moving vector B, keep in mind that its direction should remain unchanged. Part A

Part A If a = 210 mm and b = 410 mm , locate the centroid (x, y, z) of the wire.(Figure 1) Locate the centroid a. Express your answer with the appropriate units. μΑ Value Units Submit Request Answer ▼ Part B Figure 1 of 1 Locate the centroid y. Express your answer with the appropriate units. HẢ = Value Units %D Submit Request Answer Part C

esc Due this Friday, Feb 3 at 11:59 pm (EST) Each of the images below represents a plot. The horizontal axis on each plot represents time. The vertical axis represents whichever quantity (position, velocity, acceleration) is being discussed. The origin of each plot is represented by 0, and the function is represented by the colored line. For each of the statements at the bottom select the image that best represents the requested plot. You may use the same image for multiple statements if it is appropriate. A ªK ³A ‹K °F «F«F«K«K A You hold your arm out over a cliff and release a stone from rest. Consider the time from just after the stone leaves your hand to just before it hits the ground. Which graph best represents the velocity of the stone as a function of time? (Choose up to be the positive direction.) HBA motorcycle starts from rest at a stoplight and undergoes constant acceleration to the West. Which graph best represents the position of the motorcycle as a function of time?…

can you write part b out and attach a photo it is unreadable in this format. also please address part c d and e