Challenge yourself with this 15-question multiple-choice quiz covering essential math concepts, probability, algebra, geometry, and number theory from the BStat-BMath-UGA-2024 syllabus. Each question is uniquely designed to test your problem-solving and analytical skills for competitive exams.
If x = 1 + √2 + 2^{1/2} + 2^{1/4} + 2^{1/8}, what is the value of (1 + x/2)^{30}?
A number j is chosen at random from the set {1, 2, ..., 2024}. What is the probability that j is divisible by both 9 and 15?
Let Sₙ be the set of all n-digit numbers whose digits are only 1 or 2, with no consecutive 2's allowed (for example, 112 is allowed but 221 is not). How many numbers are there in S₁₀?
A student knows the answers to 20 out of 30 True/False questions and guesses the remaining 10. What is the probability that the student gets exactly 24 correct answers?
For a right-angled triangle whose side lengths are in a geometric progression, what is the maximum number of sides that can have integer lengths?
Let x₁, x₂, ..., xₙ be non-negative real numbers such that their sum is 1. What is the maximum possible value of the sum of their square roots: √x₁ + √x₂ + ... + √xₙ?
On which interval is the function f(x) = log_{1/2}(x² - 2x - 3) monotonically decreasing?
What is the angle subtended at the origin by the common chord of the circles x² + y² - 6x - 6y = 0 and x² + y² = 36?
In triangle ABC, CD is the median, BE is the altitude, and CD = BE. What is the value of the angle ∠ACD?
If z₁ and z₂ are points on the circles |z|=2 and |z|=3 respectively, and the angle between them is 60°, what is the value of |(z₁+z₂)/(z₁-z₂)|?
Let n ≥ 1. What is the maximum number of prime numbers in the set {n+6, n+7, ..., n+35}?
Forty distinguishable balls, 10 defective and 30 non-defective, are distributed into four boxes with each box getting exactly 10. How many ways can this be done if all defective balls go into the first two boxes?
How many elements are in the set {x : 0 ≤ x ≤ 2, |x − x²| = |x³ − x⁰|}?
In a room with n ≥ 2 people, where each pair shakes hands with independent probability, if pₙ is the probability that there are at most one handshake, what is limₙ→∞ pₙ?
How many positive solutions does the equation e·sin(z) = log(x) + e√x + 2 have?