Still overwhelmed by exam stress? You've come to the right place!
We know exam season has you totally swamped. To support your studies, access Gold Membership for FREE until December 31, 2025! Normally £29.99/month. Just Log In to activate – no strings attached.
Let us help you ace your exams efficiently!
Questions
UCIC 202503 PHYS101 Quiz 1
Single choice
What is projectile motion?
Options
A.a. A combination of two motions, one at a vertical direction, the other at a horizontal direction
B.b. A combination of two motions, one at x direction, the other at y direction
C.c. A combination of two motions, one at a constant velocity, the other at a constant acceleration
D.d. A combination of two motions, one at a constant speed, the other at a constant displacement

View Explanation
Standard Answer
Please login to view
Approach Analysis
The question asks: What is projectile motion?
Option a: 'A combination of two motions, one at a vertical direction, the other at a horizontal direction.' This description is imprecise because projectile motion is not about two independent motions in fixed vertical and horizontal directions; rather, it results from the combination of horizontal motion with uniform velocity and vertical motion under constant acceleration due to gravity. The key is that verti......Login to view full explanationLog in for full answers
We've collected over 50,000 authentic exam questions and detailed explanations from around the globe. Log in now and get instant access to the answers!
Similar Questions
Two athletes jump straight up. John has twice the initial speed of Harry. Compared to Harry, John stays in the air A) 0.50 times as long. B) 1.41 times as long. C) twice as long. D) three times as long. E) four times as long.
In projectile motion, which statement is true?
What is the difference in the x and y directions in projectile motion?
Question at position 2 Question: In this lab, which equipment, methods, or physical principles will you use to deduce the ball's launch velocity? Select all true statements. I will use a ballistic pendulum and principles of momentum and energy.I will use a photogate and approximate the velocity with constant-velocity kinematics.I will use a ruler to measure the ball's impact distance into the pendulum's catcher and principles of inelastic collisions.I will use a meter stick to measure the ball's range and assume projectile motion models the ball's free-flight motion.I will use a caliper to measure the spring launcher's compression and the concept of elastic potential energy.I will use a motion sensor to measure the ball's launch velocity directly.None of the above statements are true.
More Practical Tools for International Students
Making Your Study Simpler
To make preparation and study season easier for more international students, we've decided to open up Gold Membership for a limited-time free trial until December 31, 2025!