Please draw the shear force and bending moment diagram for...

Transcript

00:01 Hello there for this for this question they want us to draw the shear force and binding moment diagram for the loaded beam in the figure and find the maximum value value of the m binding momentum i mean moment okay so how we're gonna go about this um we'll draw like an um let's draw a free body diagram of the beam with the shear force and binding um moment diagram so so how we're going to draw this we'll draw something that will look like we see in the drawing so okay let me lower it a bit so this is going to be kind of big so it'll be some it looks something like this and i'll draw where it's like represents the arrows just pointing or this arrow pointing down will represent um 6k in and the arrows when the point from here to here and then we'll draw some arrows at our point of arrow point here for this distance i said this is like six um meters um i mean six meters my dad um we'll draw like an arrow point um that way and we're gonna write 100k and point let me just make sure there's room there's a lot of writing diagrams so we're gonna add in our 101 and we'll write the m down there because a lot of space and then come on then we'll draw something where we'll stop it here because it ends up slope sloping down i don't want to take up too much space so do this and that's where it slopes down and it represents the arrows pointing downward get this arrow point down and we got more arrows point down so i'm trying to get it to look like um the drawing up there and we see with this section this is where um b is that so i'm just gonna write it now light blue right here would be a here would be six meters and then we're gonna draw um these setups where is another six meters i know it's not evenly distributed properly but um i'm trying to make it work but for this setup this will represent our free body diagram so let's try to show what our sheer um force diagram would look like so how would you get it to look like um it will look something like like this so the diagram will look something like this where we have basically the number that we see that is shown in so we have our number set up where we have our 20 25 .6 kilogram neutrons our 12 kilogram neutrons and it's like our fee our phalan's electrons which are in the positive right and then we have her 1 .67 kn and then we have a negative phalan's electron and our six kilogram neutrons so now let's show one where we have the binding moment for i mean diagram so this is how your binding moment diagram should look and these are the calculated numbers that you will need for your for your binding momentum diagram so now we and we have those numbers because now we can calculate the reaction as support so we're going to do this one calculation where it takes um a moment about the point point a where we have the sum of our m of a which will equal to zero so for that how would that calculation look you'll have a 101 minus six times six plus four times…

Question

Please draw the shear force and bending moment diagram for the loaded beam in the figure and find the maximum value of the M bending moment. (T= 102 kN.m)

Question

Please draw the shear force and bending moment diagram for the loaded beam in the figure and find the maximum value of the M bending moment. (T= 102 kN.m)

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