Using these two equations a=(Mb-Ma)/(Mb+Ma)*g and S = 1/2at^2, how can I find Mb? Is there any way to combine these two equations and derive them so I can solve for Mb? Your help is appreciated! (:
For my physics lab, I'm doing the atwood machine experiment and I was told I need to find Mb using these two equations but I dunno how to solve for Mb using these two equations. My Professor told me I have to derive them in order to find Mb.
Using these two equations a=(Mb-Ma)/(Mb+Ma)*g and S = 1/2at^2, how can I find Mb? Is there...
Using these two equations a=(Mb-Ma)/(Mb+Ma)*g and S = 1/2at^2, how can I find Mb? Is there any way to combine these two equations and derive them so I can solve for Mb? Your help is appreciated! (: For my physics lab, I'm doing the atwood machine experiment and I was told I need to find Mb using these two equations but I dunno how to solve for Mb using these two equations. My Professor told me I have to derive them...
Can someone please show me how to solve this through MATLAB? I'm not sure as to how to begin. I need the MATLAB code in which the arrays are clearly shown. My professor suggested using V=inv(A)*I. Apply nodal analysis in order to find the voltages at each node. Thanks! 2k 2mA 12k 6k 3k 6k lmA
I've been searching but I can't seem to find the much information on how to extract hash's from say PDF files or Lotus Notes files that I can then use in Hashcat? I know how to get them for Office documents using office2john.py but I'm stuck on the best methods for other files. Any help would be appreciated.
I HAVE the answer (B) but i dont know how to get it, please explain. my professor wrote down a bunch of equations but i dont understand them, please explain in words as if i were stupid. i have attached the sheet of notes he wrote on this problem to make your life much easier, you dont really have to solve anything, as the answers are right here, all you have to do is literally explain to me how these...
those are my equations, need help on part C c. Solve the equations for l s, la, and ls. Once you have your equations, show them to your instructor for approval before continuing to the rest of the lab. Build the circuit and set V1 = 5.00 V and V,-100V-Be careful to make sure your leads in and out of the power supplies are correct! Do not turn on the power supplies yet 2. Using the values for resistance and...
5. Using nodal analysis, write a set of equations from which you can find I, the current through the 4Ω resistor. It is not necessary to simplify or solve the equations for I. Clearly show all variable definitions and sign conventions. 3Ω 12V 2S2 2A 4Ω
PLEASE HELP! the graphs are attached Procedure: Styles Editing 1. Click on the begin button and then click on the start button. You may change the Mass 1 and Mass 2 if it is necessary. Make sure the Mass 1 is always greater than the Mass 2. Record the mass values. Attach both graphs that you get using the simulation. Mass 1 = 115 kg Mass 2 105 kg 1 2. Draw free body diagram for each mass. m. m2...
please help fill in data table and answer questions. please show all work. thank you! Reaction 2 (Ma Reaction 1 (Mgo) 1. Volume of 1.00 M HCT 2. Final temperature, t 3. Initial temperature, t, EO.O ml 50.0 mt 28 a0 oc 4. Change in temperature, t 5. Mass of solid 203 MgO 6. Heat, q k.J kJ kJ k.I 8. Moles mol Mg mol MgO 9. ΔΗ/mol kJ/mol kJ/mol 10. Determine ΔΗ/mol Mg for reaction (4). (10.) II. Percent...
I don't know how to find the answer to either 5 OR 6. Can you please help me understand how I'm supposed to know? There is some debate with a lab partner, she feels that #5 should be J2O and K2O, but I thought it should be LO, because it is a 1:1 ratio. But I can't find confirmation of that. Thanks for the help! Fictitious elements J, K, and L combine with oxygen to form the oxides LO, J,O,...
how can I find the sum of data that are in the list using an ARRAY of linked list . I just need a small example please. I'm not sure how to move from head[0] to head[1]....??? // This is the struct that I am working on: struct node { int data; node * next; } class List { public: list(); ~list(); private: node ** head; int size; };