28. Name the following: Cl 1 Cl a. C. e. Cl b.
28. Name the following: Cl 1 Cl a. C. e. Cl b.
Question 1 (1 point) Order Br,Ca, Cl, and Ba in terms of increasing electronegativity A) Ba, Br, Ca, C B) Ca, Ba, Cl, Br C) CI,Ca, Br,Ba D) Br,Cl, Ba, Ca E) Ba, Ca, Br, C F) CI, Br, Ca, Ba G) Ba, Cl, Ca, Br H) Br, Ca, Cl, Ba Question 2 (1 point) What is the name of U(SO3)2 ? A) uranium(lV) sulfate MacBook Pro co
Problem1: Inertia tensor Four point masses are connected by massless rods as shown in the figure. TYL CL (a) Find inertia tensor (b) Determine a set of principal axes and the cor responding inertia tensor 2a 2a rm rn
Problem1: Inertia tensor Four point masses are connected by massless rods as shown in the figure. TYL CL (a) Find inertia tensor (b) Determine a set of principal axes and the cor responding inertia tensor 2a 2a rm rn
(a) Find Cartesian coordinates for the polar point (-1, -1) and plot the point. (b) Find Polar coordinates with r > 0 and -1 < <a for the Cartesian point (-1, V3) and plot the point. (c) Convert the equation x2 + y2 = x to polar form and sketch the curve. (d) Convert the equation r = 5 csc @ to Cartesian form and sketch the curve.
Question 5 (1 point) Given: MnO4 (aq) + H+(aq) + Cl (aq) --> Mn2+(aq) + Cl2(g) + H2O(1) If the coefficient of MnO4 in the balanced equation is 2, what are the coefficients of H+, Cl- and Cl2, respectively? 8,5,5 0 16, 10,5 010, 10,5 o 4, 8, 4 08, 10,5
find B^1 for the five-point data set:
Question 4 1 pts Find , for the five-point data set: X: 226 8 10 y: 01233 01.29 O2.48 O 0.992 O 0.344 1.54 Question 5
5. Assume x, y E R2 with ll2l1. Find a Givens rotation matrix G- CS(i.e., find c s cl (ie, find c and 8 with c2 + 82-1) such that y = Ga.
5. Assume x, y E R2 with ll2l1. Find a Givens rotation matrix G- CS(i.e., find c s cl (ie, find c and 8 with c2 + 82-1) such that y = Ga.
Question 5: (1 point) f(x) = + x - 18, find S (1) (a) 215 (b)-875 (c)-115 (d) 1/5 (e) -215
Question 1 (1 point) What is the deltaG for transporting 2 moles of Cl- from the inside of a parietal cell to the stomach cavity, when the (Cl-) inside the cell = 250 uM and Cl-) in the stomach cavity = 0.15mM? Assume membrane potential is -60mV (inside negative). 0-14.21 kJ 14.21 kJ 0-7.11 kJ O-7.11 kJ/mol
(2) (a) Prove that there is a C1 map u : E → R-defined in a neighborhood E c R2 of the point (1,0) such that (b) Find u'(x) for x E E (c) Prove that there is a Cl map : G → R2 defined in a neighborhood G C R2 of the point (1,0) such that for all y EG
(2) (a) Prove that there is a C1 map u : E → R-defined in a neighborhood E...