clc;
vol = 30:10:70; betal = 50:10:60; g = 9.81;
rho = @(t) vo.^2*(cos(beta)).^2*sqrt((1+(-g*t./(vo.*cos(beta)) + tan(beta)).^2).^3)./g;
for i = 1:length(vol)
for j = 1:length(betal)
vo = vol(i);
beta = betal(j);
fplot(rho,[2*vo*sin(beta)/g, 0], 'DisplayName', strcat('vo = ',num2str(vo),' beta =', num2str(beta)))
hold on
end
end
clc;
syms t vo beta g
rho = vo.^2*(cos(beta)).^2*sqrt((1+(-g*t./(vo.*cos(beta)) + tan(beta)).^2).^3)./g
theta = atan(-g*t/(vo*cos(beta)) + tan(beta));
vel = rho*diff(theta,t);
at = diff(vel,t)
an = vel^2/rho
at = matlabFunction(at);
an = matlabFunction(an);
clf;
vol = 30:10:70; betal = 50:10:60; g = 9.81;
for i = 1:length(vol)
for j = 1:length(betal)
vo = vol(i);
beta = betal(j);
fplot(at(beta,g,t,vo),[2*vo*sin(beta)/g, 0], 'DisplayName', strcat('v0 = ',num2str(vo),' beta =', num2str(beta)))
hold on
end
end
xlabel("t"); ylabel("a_t"); legend("show")
#include <stdio.h>
int main() {
int year;
printf("Enter a year: ");
scanf("%d", &year);
// leap year if perfectly divisible by 400
if (year % 400 == 0) {
printf("%d is a leap year.", year);
}
// not a leap year if divisible by 100
// but not divisible by 400
else if (year % 100 == 0) {
printf("%d is not a leap year.", year);
}
// leap year if not divisible by 100
// but divisible by 4
else if (year % 4 == 0) {
printf("%d is a leap year.", year);
}
// all other years are not leap years
else {
printf("%d is not a leap year.", year);
}
return 0;
}
ef calc_time(speed, distance):
return distance / speed
def extra_search(node, start, destination, trav_paths, travelled):
paths = trav_paths[node] #Get possible starts from new starting city
route = travelled.copy() #Get a copy of the previous travelled path from the source
travel = []
for i in range(len(paths)):
if paths[i][1] == start:
continue
elif paths[i][1] == destination:
route.append(paths[i][1])
else:
if paths[i][1] not in route:
route.append(paths[i][1])
route = extra_search(paths[i][1], start, destination, trav_paths, route)
else:
continue
def singkatankata(p, s):
ret = ""
jumlah = 0
for i in range(p):
if i == 0 or s[i] != s[i-1]:
ret += s[i]
jumlah = 1
if s[i] == s[i-1]:
jumlah += 1
if i == p-1 or s[i] != s[i+1]:
ret += str(jumlah)
return ret
for i in range(int(input("Masukkan banyak kata: "))):
jawab = singkatankata(int(input(f"Masukkan panjang kata ke-{i+1}: ")), input(f"Masukkan kata ke-{i+1}: "))
print(f"Singkatan kata ke-{i+1}: {jawab}")clc;
vol = 30:10:70; betal = 50:10:60; g = 9.81;
rho = @(t) vo.^2*(cos(beta)).^2*sqrt((1+(-g*t./(vo.*cos(beta)) + tan(beta)).^2).^3)./g;
for i = 1:length(vol)
for j = 1:length(betal)
vo = vol(i);
beta = betal(j);
fplot(rho,[2*vo*sin(beta)/g, 0], 'DisplayName', strcat('vo = ',num2str(vo),' beta =', num2str(beta)))
hold on
end
end
fplot(deta,[2*v0*sin(Bo)/g, 0], 'DisplayName', strcat('v0 = ',num2str(v0),' Bo =', num2str(Bo)))
hold on#1
inputstr1=input('Enter elements separated by ,(comma) for set1:')
inputstr2=input('Enter elements separated by ,(comma) for set2:')
inputt1=inputstr1.split(',')
inputt2=inputstr2.split(',')
inset1=set(inputt1)
inset2=set(inputt2)
print('Symmetric_difference of set1 and set2:',list(inset1.symmetric_difference(inset2)))
print('set1 ^ set2:',list(inset1^inset2))
inset1.symmetric_difference_update(inset2)
print('Sorted order of set1 after symmetric_difference_update:',sorted(list(inset1)))
print('Sorted order of set2 after symmetric_difference_update:',sorted(list(inset2)))
inputstr3=input('Enter elements separated by ,(comma) for set3:')
inputstr4=input('Enter elements separated by ,(comma) for set4:')
inputt3=inputstr3.split(',')
inputt4=inputstr4.split(',')
inset3=set(inputt3)
inset4=set(inputt4)
inset3^=inset4
print('Sorted order of set3 after (set3 ^= set4):',sorted(list(inset3)))
print('Sorted order of set4 after (set3 ^= set4):’,sorted(list(inset4)))