Common functions
In a formula, spreadsheets provide you a large range of common functions to use. Read the documentation - or experiment - to learn the right syntax.
Here are some examples to try (where you know the answer.
Remember that "e" (=2.718281828 ...) is a special transcendental number in math and science - it is the base of natural logarithms and the function that is its own derivative and therefore is used to calculate exponential growth.
Pi is another special number (3.1415...). Spreadsheets provide a function to generate Pi whenever you need it!
To answer these questions - open a spreadsheet and experiment!
Group of answer choices
10 to the power 3
[ Choose ] = log(1000) = log(2,32) = radians(45) = 3^10 = log(e) = pi() = exp(2) = rad(45) = Pi = pi = log(32, 2) = ln(1000) = 5^2 exp(1) = 2^5 = e^1 = 10^3 log(exp(1)) = e^2
log base 10 of 1000
[ Choose ] = log(1000) = log(2,32) = radians(45) = 3^10 = log(e) = pi() = exp(2) = rad(45) = Pi = pi = log(32, 2) = ln(1000) = 5^2 exp(1) = 2^5 = e^1 = 10^3 log(exp(1)) = e^2
natural log of 1000
[ Choose ] = log(1000) = log(2,32) = radians(45) = 3^10 = log(e) = pi() = exp(2) = rad(45) = Pi = pi = log(32, 2) = ln(1000) = 5^2 exp(1) = 2^5 = e^1 = 10^3 log(exp(1)) = e^2
2 to the power 5
[ Choose ] = log(1000) = log(2,32) = radians(45) = 3^10 = log(e) = pi() = exp(2) = rad(45) = Pi = pi = log(32, 2) = ln(1000) = 5^2 exp(1) = 2^5 = e^1 = 10^3 log(exp(1)) = e^2
log base 2 of 32
[ Choose ] = log(1000) = log(2,32) = radians(45) = 3^10 = log(e) = pi() = exp(2) = rad(45) = Pi = pi = log(32, 2) = ln(1000) = 5^2 exp(1) = 2^5 = e^1 = 10^3 log(exp(1)) = e^2
e to the power 2
[ Choose ] = log(1000) = log(2,32) = radians(45) = 3^10 = log(e) = pi() = exp(2) = rad(45) = Pi = pi = log(32, 2) = ln(1000) = 5^2 exp(1) = 2^5 = e^1 = 10^3 log(exp(1)) = e^2
log base 10 of e
[ Choose ] = log(1000) = log(2,32) = radians(45) = 3^10 = log(e) = pi() = exp(2) = rad(45) = Pi = pi = log(32, 2) = ln(1000) = 5^2 exp(1) = 2^5 = e^1 = 10^3 log(exp(1)) = e^2
e to the power 1
[ Choose ] = log(1000) = log(2,32) = radians(45) = 3^10 = log(e) = pi() = exp(2) = rad(45) = Pi = pi = log(32, 2) = ln(1000) = 5^2 exp(1) = 2^5 = e^1 = 10^3 log(exp(1)) = e^2
Pi = 3.141592654 ... .
[ Choose ] = log(1000) = log(2,32) = radians(45) = 3^10 = log(e) = pi() = exp(2) = rad(45) = Pi = pi = log(32, 2) = ln(1000) = 5^2 exp(1) = 2^5 = e^1 = 10^3 log(exp(1)) = e^2
convert the angle 45° to radians
[ Choose ] = log(1000) = log(2,32) = radians(45) = 3^10 = log(e) = pi() = exp(2) = rad(45) = Pi = pi = log(32, 2) = ln(1000) = 5^2 exp(1) = 2^5 = e^1 = 10^3 log(exp(1)) = e^2
Correct answers are given below:
10 to the power 3
=10^3
log base 10 of 1000
=log(1000)
natural log of 1000
=ln(1000)
2 to the power 5
=2^5
log base 2 of 32
=log(32,2)
e to the power 2
exp(2)
log base 10 of e
log(exp(1))
e to the power 1
exp(1)
Pi = 3.141592654 ... .
pi()
convert the angle 45° to radians
= radians(45)
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