#Exercise 1
3

#Exercise 2
1775

#Exercise 3
2*2

#Exercise 4
10/4

#Exercise 5
1775/6

#Exercise 6
1775/6.0

#Exercise 7
(2.5^6)

#Exercise 8
mice = 3
mice

#Exercise 9
prod = 7*94
prod

#Exercise 10 - a is a variable that is assigned to the value 2*26. b is a variable that is assigned to the value 29*12. val is assigned to the value of a*b. the value of val is printed.

#Exercise 11
a = 67*45
b = 93*442
ab = a + b
ab

#Exercise 12
k = 76.2 + 35.1
sqrt(k)

#Exercise 13
bignum = mice^20
bignum

#Exercise 14 - the value of dalmation in the first line is asssigned to 100

#Exercise 15 - the line dalmation=dalmation+1 will add 1 to orginal value of dalmation which is 100, so now the the value of dalmation is 101

#Exercise 16
num = 5
num = num + 2
num

#Exercise 17
sqrt(37.0)

#Exercise 18
ln(27.5)

#Exercise 19
sqrt(abs(625-810.0))

#Exercise 20
sqrt(ln(5^8.7))

#Exercise 21, part 1
number = 625-810.0
absolute = abs(number)
sqrt(absolute)

#Exercise 21, part 2
number1 = 5^8.7
logof10 = ln(5^8.7)
sqrt(logof10)

#Exercise 22
abs = -2

#Exercise 23
ln(35.0)

#Exercise 24
plot(sqrt(x), (x,0,1000))

#Exercise 25
plot(abs(x),(x,-10,10))

#Exercise 26
plot(5*x^4, (x,-2,2), color = "green")

#Exercise 27
plot(x, (x, -1, 1), color = "pink") + plot(x^50, (x, -1, 1), color = "purple")