In the product Fqv x B, take q3, 2.0i+4.01+6.0k and F 66.01 -78.0+30.0k. F - 66.0i-78.0j+30.0k....
In the cross (or vector) product F→=qv→×B→we know that
q=1
F→=-33î+13ĵ+-35k̂
v→=-2.0î+3.0ĵ+3.0k̂
B→=Bxî+Byĵ+Bzk̂
What then isB→in unit-vector notation if Bx =
By?
In the cross (or vector) product É = qñ x B we know that q= 1 Ě =-33ỉ + 139 + -35 ✓ = -2.0î + 3.0j + 3.0ỉ B = Bxi + Bvj + B Â What then is B in unit-vector notation if Bx = By? ( ( B i 11.66 11.66 11.66 11.66 i i...
In the cross (or vector) product F = q V times B We know that q = 1 F = -52i + 16j + -63k v= -3.0i + 6.0 j + 4.0k B = B_x i + B_y j + B_zk What then is b in unit-vector notation if = B_x = B_y?
1. Derivatives practice: a. Find the marginal product of labor when F(x)-4KL (Take the derivative with respect to L b. Find the marginal product of capital when F(x)-4KL (Take the derivative with respect to Find the marginal product of labor when F(x) = 61K3 (Take the derivative with respect to L). c. d. Find the marginal product of labor when F(x) 61/2 K1/ (Take the derivative with e. Find the marginal product of labor when F(x) = 11/4K3/4 (Take the...
Suppose f(x) is an exponential function of the form f(x) = a(64) such that f(x) decreases by 25% 27 per unit of x and f(2) = 128 (a) Find a formula for the function f(x). Use proper function notation in your answer. (b) Suppose the variable x is measured in hours. What is the half-life of f(x)? In other words, how many hours does it take for the function quantity to decrease by half? Round your answer to two decimal...
Physics I problem. Please show
work
In the cross (or vector) product F = q v times B we know that q = 1 F = -44i + -16j + -90k v = -7.0i + 8.0j + 2.0k B = B_x i + B_y j + B_z k What then is B in unit-vector notation if B_x = B_y? B = i + j + k
for answer:
First box is (positive or negative sign). Second box is answer
input. Third box is unit. Thank you.
4. ÷ -/6 points CJ9 19 P.016. GO My Notes Ask Your Teacher The drawing shows a square, each side of which has a length of L 0.25 m. Two different positive charges q1 and q2 are fixed at the corners of the square. Find the electric potentia energy of a third charge q3-2.77 x 10-8 C placed at corner...
3. Consider the vector field F(x,y) = (27x D = {(1,y): 0 < rº + y2 <2}. +ya) defined on the region D where a) Directly compute SF. Tds using the definition of the line integral, where C is the unit circle oriented counterclockwise. b). Use Theorem 3.3 (Test for Conservative Vector Fields) from the text to determine if F is conservative. Is your answer consistent with part a)? If not, what is the source of the discrepancy?
The general process (not referenced to Figure 1) to calculate the moment of a force about a specified axis is as follows:The magnitude of a moment about a line segment connecting points P and Q due to a force F applied at point R (with R not on the line through P and Q ) can be calculated using the scalar triple product,MPQ=uPQ · r × Fwhere r is a position vector from any point on the line through P...
please help with a b and c
(39) Let f(x. exyt xy² a) compute the tangent plane fixiy at (21) b) compute the directional dirivative of f(x, y) at (2,1) in the direction of unit vector U=31 - 2 C in what direction from (2, 1) does fixiy) have the steepest rate of increase?
The following income statement is for X Company's two products, A and B: Product A Product B Revenue $88,000 $90,000 Total variable costs 52,800 50,400 Total contribution margin $35,200 $39,600 Total fixed costs Avoidable 15,370 32,060 Unavoidable 11,130 27,310 Profit $8,700 $-19,770 If X Company drops Product B because it shows a loss and is able to use the vacant space to increase sales of Product A by $27,700, with $3,400 of additional fixed costs, what will be the effect...