dem_bot wrote:

I made a little presentation trying to fully explain the maths behind it
https://scratch.mit.edu/projects/1327990438/

ilikerats4 wrote:

dem_bot wrote:

I made a little presentation trying to fully explain the maths behind it
https://scratch.mit.edu/projects/1327990438/

im sorry i dont understand still, could you maybe make them blocks or tell me what blocks they go into??

dem_bot wrote:

ilikerats4 wrote:

dem_bot wrote:

I made a little presentation trying to fully explain the maths behind it
https://scratch.mit.edu/projects/1327990438/

im sorry i dont understand still, could you maybe make them blocks or tell me what blocks they go into??

I added a sb representation in the presentation code

move () steps

ilikerats4 wrote:

dem_bot wrote:

ilikerats4 wrote:

dem_bot wrote:

I made a little presentation trying to fully explain the maths behind it
https://scratch.mit.edu/projects/1327990438/

im sorry i dont understand still, could you maybe make them blocks or tell me what blocks they go into??

I added a sb representation in the presentation code

could you maybe show were i would use these in the

move () steps

block because i dont understand (sry)

This

purplebunny63 wrote:

ilikerats4 wrote:

dem_bot wrote:

ilikerats4 wrote:

dem_bot wrote:

I made a little presentation trying to fully explain the maths behind it
https://scratch.mit.edu/projects/1327990438/

im sorry i dont understand still, could you maybe make them blocks or tell me what blocks they go into??

I added a sb representation in the presentation code

could you maybe show were i would use these in the

move () steps

block because i dont understand (sry)

It’s a slide show you can’t put it in

This

define cosine rule with sides (a) (b) (c)
set [output v] to ([acos v] of ((((b) * (b)) + (((c) * (c)) - ((a) * (a)))) / (((2) * (b)) * (c)))::operators)

purplebunny63 wrote:

define cosine rule with sides (a) (b) (c)
set [output v] to ([acos v] of ((((b) * (b)) + (((c) * (c)) - ((a) * (a)))) / (((2) * (b)) * (c)))::operators)

ilikerats4 wrote:

purplebunny63 wrote:

define cosine rule with sides (a) (b) (c)
set [output v] to ([acos v] of ((((b) * (b)) + (((c) * (c)) - ((a) * (a)))) / (((2) * (b)) * (c)))::operators)

please dont spam fourms

purplebunny63 wrote:

ilikerats4 wrote:

purplebunny63 wrote:

define cosine rule with sides (a) (b) (c)
set [output v] to ([acos v] of ((((b) * (b)) + (((c) * (c)) - ((a) * (a)))) / (((2) * (b)) * (c)))::operators)

please dont spam fourms

REALLY YOU ASKED ME TO PUT IT IN SCRATCH BLOCKS THAT’S LIKE ASKING FOR A SANDWICH MADE OF BROWN BREAD AND THEN SAYING” Why did you put brown bread on my sandwich?”

purplebunny63 wrote:

ilikerats4 wrote:

purplebunny63 wrote:

define cosine rule with sides (a) (b) (c)
set [output v] to ([acos v] of ((((b) * (b)) + (((c) * (c)) - ((a) * (a)))) / (((2) * (b)) * (c)))::operators)

please dont spam fourms

REALLY YOU ASKED ME TO PUT IT IN SCRATCH BLOCKS THAT’S LIKE ASKING FOR A SANDWICH MADE OF BROWN BREAD AND THEN SAYING” Why did you put brown bread on my sandwich?”

ilikerats4 wrote:

purplebunny63 wrote:

ilikerats4 wrote:

purplebunny63 wrote:

define cosine rule with sides (a) (b) (c)
set [output v] to ([acos v] of ((((b) * (b)) + (((c) * (c)) - ((a) * (a)))) / (((2) * (b)) * (c)))::operators)

please dont spam fourms

REALLY YOU ASKED ME TO PUT IT IN SCRATCH BLOCKS THAT’S LIKE ASKING FOR A SANDWICH MADE OF BROWN BREAD AND THEN SAYING” Why did you put brown bread on my sandwich?”

you added a bunch of seprate comments, and IM SORRY IM A IDIOT IM ONLY IN 5TH GRADE IN ELEMATRY AND IM ONLY 11 IM SO SORRY IM NOT 16 MR EINSTIEN