Logarithmic form for inverse hyperbolic functions: check 1
Difficulty: ★★☆Maths4U Original · Short practice
Use the real inverse functions, with \(a=11,\ p=\frac{5}{6}\).
Find arsinh(a).
Enter one number or fraction. Use at least six decimal places when needed; a distribution calculator may be used for probabilities.
Logarithmic form for inverse hyperbolic functions: review variant 1
Difficulty: ★★☆Maths4U Original · Short practice
Use the real inverse functions, with \(a=12,\ p=\frac{11}{13}\).
Find arsinh(a).
Enter one number or fraction. Use at least six decimal places when needed; a distribution calculator may be used for probabilities.
Logarithmic form for inverse hyperbolic functions: check 2
Difficulty: ★★☆Maths4U Original · Short practice
Use the real inverse functions, with \(a=12,\ p=\frac{11}{13}\).
Find the nonnegative value arcosh(a).
Enter one number or fraction. Use at least six decimal places when needed; a distribution calculator may be used for probabilities.
Logarithmic form for inverse hyperbolic functions: review variant 2
Difficulty: ★★☆Maths4U Original · Short practice
Use the real inverse functions, with \(a=13,\ p=\frac{6}{7}\).
Find the nonnegative value arcosh(a).
Enter one number or fraction. Use at least six decimal places when needed; a distribution calculator may be used for probabilities.
Logarithmic form for inverse hyperbolic functions: check 3
Difficulty: ★★☆Maths4U Original · Short practice
Use the real inverse functions, with \(a=13,\ p=\frac{6}{7}\).
Find artanh(p).
Enter one number or fraction. Use at least six decimal places when needed; a distribution calculator may be used for probabilities.
Logarithmic form for inverse hyperbolic functions: review variant 3
Difficulty: ★★☆Maths4U Original · Short practice
Use the real inverse functions, with \(a=14,\ p=\frac{13}{15}\).
Find artanh(p).
Enter one number or fraction. Use at least six decimal places when needed; a distribution calculator may be used for probabilities.
Logarithmic form for inverse hyperbolic functions: check 4
Difficulty: ★★☆Maths4U Original · Short practice
Use the real inverse functions, with \(a=14,\ p=\frac{13}{15}\).
Find exp(2 artanh(p)).
Enter one number or fraction. Use at least six decimal places when needed; a distribution calculator may be used for probabilities.
Logarithmic form for inverse hyperbolic functions: review variant 4
Difficulty: ★★☆Maths4U Original · Short practice
Use the real inverse functions, with \(a=15,\ p=\frac{7}{8}\).
Find exp(2 artanh(p)).
Enter one number or fraction. Use at least six decimal places when needed; a distribution calculator may be used for probabilities.