Grade 11 Quizzes , Questions & Answers
Recent Grade 11 Quizzes
Use trigonometric equations to build and adjust realistic orbital models. You will create formulas that describe motion around planets or stars, determine how to change amplitude, period, or phase for specific conditions, and...
Questions: 20 | Attempts: 11 | Last updated: Jan 22, 2026
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Sample QuestionA satellite orbits Earth with altitude modeled by h(t) = 420 + 35 cos(2πt/90), where h is in km and t is in minutes. What is the maximum altitude?
Explore how planets, moons, and satellites move in predictable, repeating paths. In this quiz, you will identify the amplitude, period, and phase shift of orbital models, understand circular and elliptical motion, and determine...
Questions: 20 | Attempts: 11 | Last updated: Jan 22, 2026
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Sample QuestionA planet’s x-position (in AU) is modeled by x(t) = 2 cos(π t), where t is in years and the y-position is y(t) = 2 sin(π t). What is the orbital period?
Explore how trigonometric wave equations apply to real-world examples like musical tones, LED lights, and oscillating signals. You will analyze given equations, identify features such as amplitude and period, and interpret how...
Questions: 20 | Attempts: 11 | Last updated: Jan 22, 2026
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Sample QuestionP(t) = 0.8 sin(440·2π t). Frequency?
Practice writing and adjusting equations for sound and light waves. You will work with amplitude, frequency, and phase to model waves that match given conditions. This quiz focuses on translating real-world descriptions into...
Questions: 20 | Attempts: 10 | Last updated: Jan 22, 2026
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Sample QuestionS(t) = 0.4 sin(8π t − π/3). Frequency?
In this final quiz, you'll apply complementary events to real-world problem-solving scenarios. Whether it’s spinning a spinner, rolling dice, or drawing marbles, you’ll calculate the probability of not landing on...
Questions: 20 | Attempts: 19 | Last updated: Jan 23, 2026
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Sample QuestionWhat is the probability of not landing on Red in one spin?
Here, you’ll dive deeper into complementary events by using sample spaces. Whether it's flipping coins or drawing cards, you’ll explore how to represent complementary events and calculate their probabilities....
Questions: 20 | Attempts: 13 | Last updated: Jan 23, 2026
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Sample QuestionA sample space S contains all possible outcomes when rolling a standard six-sided die. If event A = {rolling an even number}, what is the complement of A?
This final quiz brings you to real-world applications of mutually exclusive events. Using a variety of everyday examples like surveys, elections, and product inspections, you’ll explore how to apply probability rules in...
Questions: 20 | Attempts: 16 | Last updated: Jan 23, 2026
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Sample QuestionWhat is the probability that a randomly selected student plays a sport OR is in the drama club?
This quiz focuses on differentiating between mutually exclusive events and overlapping events. You’ll learn how to apply the addition rule and interpret it correctly when events overlap. You’ll calculate probabilities...
Questions: 20 | Attempts: 11 | Last updated: Jan 23, 2026
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Sample QuestionWhat is P(S)?
Time to get a little deeper with compound events! In this quiz, you’ll analyze events that overlap, are mutually exclusive, or are independent. You'll calculate probabilities of combined events and learn how to break...
Questions: 20 | Attempts: 28 | Last updated: Jan 23, 2026
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Sample QuestionA sample space contains all possible outcomes when rolling two dice. How many total outcomes are in this sample space?
Ready to explore probability rules? This quiz will take you through events and sample spaces by focusing on the rules that help you predict the likelihood of different outcomes. You'll work with events that can be mutually...
Questions: 20 | Attempts: 14 | Last updated: Jan 23, 2026
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Sample QuestionA standard six-sided die is rolled once. What is the sample space for this experiment?
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