Need help solving for Currents using Kirchoff's laws (basically just algebra). Here's all the info you need to solve: I3 = I1 + I2
I1(461) + I3(218) = 5
I2(989) + (I3(218)) = 12
I1, I2, and I3 are 3 separate variables.

What additional information could be used to prove that δxyz ≅ δfeg using asa or aas? check all that apply. ∠z ≅ ∠g and xz ≅ fg ∠z ≅ ∠g and ∠y ≅ ∠e xz ≅ fg and zy ≅ ge xy ≅ ef and zy ≅ fg ∠z ≅ ∠g and xy ≅ fe

Draw a tape diagram to represent each situation. for some of the situations, you need to decide what to represent with a variable andre bakes 9 pans of brownies. he donates 7 pans to the school bake sale and keeps the rest to divide equally among his class of 30 students

If private savings 'v' = 0.75s and total savings 's' equals $4.20 billion, solve for public and private savings.