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Nitrogen atoms gain three electrons when they react.t.Enter the symbol of the ion that results. Express your answer as an ion.

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The newborn of a mother with diabetes is at greater risk of __________. transient tachypnea congenital heart disease sepsis respiratory distress

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the advantages and disadvantages on moving the accounting software to the cloud, which would allow the accounting staff to access the software from anywhere with an internet connection

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Case a 32 year old ovenweight female, has just received a diabetes diagnosis from her physician. The ph scan explains to her that she has become insulin resistant, meaning the cells of her pancreas’s are les responsive to the effects of insulin. Which type of diabetes does Cassie have?

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9. The more time you spend in the sun, the higher your risk of developing skin cancer is. Positive or Negative?

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Find the maximum value of $f(x,y,z) = 27x + 2y + 3z$ on the sphere $x^2 + y^2 + z^2 = 196$

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b) A coating consists of consisting of 55vol%TiO_(2) (spherical, surface-treated pigment particles), 32vol% emulsion, and 13vol% water (containing some dissolved compounds). The oil content of the emulsion is 50vol.%. The oil droplet and TiO_(2) particle diameters are 1.2 and 0.3mu m, respectively. The temperature is 25deg C and the viscosity of the medium (thickened aqueous phase) is 1kgm^(-1)s^(-1). The Hamaker constants of the oil and of TiO_(2) in vacuum are 5 imes 10^(-20) and 15 imes 10^(-20)J, respectively. The Hamaker constant of the aqueous medium in vacuum is 3.75 imes 10^(-20)J. The medium concentration of salt, NH_(4)OH (applied to control pH to basic conditions), in the coating formulation is 10^(-5)M. The relative permittivity of the medium is 80 . The medium is water with a salt, salt) at 10^(-5)M and K^(-1) is calculated using the formula kappa ^(-1)=(0.304)/(sqrt())C. i) Calculate the attractive Van der Waals interaction energy between two orl droplets, between two TiO_(2) particles, and between an oil droplet and a TiO_(2) particle in the coating when the distance between the colloids (in all cases) is 15nm. Comment on the result. ii) It has been decided to stabilize both pigments and oil droplets electrostatically. The surface potential for both colloids is -50mV. Calculate the electrostatic and composite (overall) interaction energies between an oil droplet and a TiO_(2) particle in the coating when the distance between them is 10nm. Based on these calculations, what can you conclude more generally about the interaction of oil droplets and TiO_(2) particles in the coating? b A coating consists of consisting of 55 vol% TiO (spherical, surface-treated pigment particles),32 vol% emulsion, and 13 vol% water (containing some dissolved compounds).The oil content of the emulsion is 50 vol.%. The oil droplet and TiO particle diameters are 1.2 and 0.3 um, respectively. The temperature is 25C and the viscosity of the medium (thickened aqueous phaseis l kg m-s-The Hamaker constants of the oil and of TiO in vacuum are 5 10-20 and 15 10-20 J,respectively.The Hamaker constant of the aqueous medium in vacuum is 3.75 10-20 J.The medium concentration of salt,NH4OH applied to control pH to basic conditions),in the coating formulation is 10- M.The relative permittivity of the medium is 80. The medium is water with a salt,NHOH 1 : I salt at 10-M and K- is calculated using the formulaK-1=0.304/VC. i Calculate the attractive Van der Waals interaction energy between two oil droplets between two TiO particles,and between an oil droplet and a TiO particle in the coating when the distance between the colloids (in all cases) is l5 nm.Comment on the result. ii It has been decided to stabilize both pigments and oil droplets electrostatically.The surface potential for both colloids is -50 mV.Calculate the electrostatic and composite overall interaction energies between an oil droplet and a TiO particle in the coating when the distance between them is l0 nm. Based on these calculations,what can you conclude more generally about the interaction of oil droplets and TiO particles in the coating?

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(f+g)(x) = 6x + 9 (Simplify your answer.) What is the domain of f + g? A. The domain of f + g is \{x \in \mathbb{R}\}. (Use a comma to separate answers as needed.) B. The domain of f + g is . (Type your answer in interval notation.) C. The domain of f + g is $\emptyset$.

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50 mL of a 1.067 M solution of HCl was diluted to 250 mL. The diluted HCl solution was then titrated with an unknown concentration of KOH. It is found that an average volume of 24.20 mL of KOH is required to reach an endpoint in a titration with 25.00 mL of the dilute acid solution. Calculate the moles of your known solution.

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7 00:27:09 Required information NOTE: This is a multi-part question. Once an answer is submitted, you will be unable to return to this part. What are the terms $a_0$, $a_1$, $a_2$, and $a_3$ of the sequence ($a_n$)? For the sequence $a_n = (n+1)(n+1)$, the values of the first four terms of the sequence are $a_0 = $ (Click to select) $, a_1 = $ (Click to select) $, $a_2 = $ (Click to select) $, and $a_3 = $ (Click to select) $.

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jaime p.