The excel sheet is made to calculate all the required parameters based on the given data and verification is provided in pdf Following formulas are used  STEP 1 Throttle acceleration per g = (throttle acc.)/(lacc. due to gravity) Load transfer [(total weight)*(throttle accn)*(CG height)]/(wheelbase)*g] Front axle…

following are the steps with formulas which are used for calculations NOTE: unit converstions needs to be taken care before proceding to the calculation. the roll moment by lateral component and gravity component.h_arm is the torque arm length.i) Lateral Component = sprung mass * h_armii) Gravity Component sprung mass…

all the answers for the respective questions are in the pdf

the following steps are followed for both FWD and F1: first input provieded A matrix is inputted using A=[-(cf+cr)/(m*u),(((b*cr)-(a*cf))/(m*u))-u;((b*cr)-(a*cf))/(jz*u),-((((a^2)*cf)+((b^2)*cr))/(jz*u))] b matrix is inpurted usihg B=[cf/m;(a*cf)/jz] output for the lateral speed specified using cl and dz matrixcl=[10]di=0…

all the calculations can be accessed in the file introduction: selection of springs and antiroll bars are done based on the vehicle level targets. this project involves the selection of the anti-roll bar for a lightweight sports vehicle that would provide the requisite auxiliary roll stiffness for a given stiffness value…