Projectile Motion Quiz

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Test your understanding of projectile motion basics

Créé par

Marielle Lubrica

Philippines

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Projectile Motion Quiz


Projectile Motion QuizVersion en ligne Test your understanding of projectile motion basics par Marielle Lubrica 1 What is the time of flight formula in projectile motion (ignoring air resistance)? a T = 2u sinθ / g b T = 2u cosθ / g c T = u cosθ / g d T = u sinθ / g 2 What is the formula for horizontal range R of a projectile? a R = u^2 cos 2θ / g b R = (u sinθ)/g c R = u^2 sin 2θ / g d R = u^2 tan θ / g 3 What is the maximum height H reached by a projectile? a H = (u^2 cos^2 θ) / (2g) b H = (u^2 sin^2 θ) / (2g) c H = u^2 sin^2 θ / g d H = (u^2 sin θ) / (2g) 4 What is the equation of the trajectory (path) y in terms of x? a y = x tanθ - (g x^2)/(u^2 cos^2 θ) b y = x tanθ + (g x^2)/(2u^2 cos^2 θ) c y = x tanθ - (g x^2)/(2u^2 cos^2 θ) d y = x cotθ - (g x^2)/(2u^2 sin^2 θ) 5 If a projectile is launched at 45° with speed u, what is the range formula simplification? a R = u^2 / (2g) b R = u^2 / g c R = g / u^2 d R = (u^2 sin 45°)/g 6 What does the Time of Flight physically represent? a The time for horizontal travel to stop b The time the projectile spends in the air c The time until vertical velocity reaches zero permanently d The time to reach maximum height 7 How does maximum height depend on launch angle θ? a H ∝ cos θ b H ∝ tan θ c H ∝ sin θ d H ∝ sin^2 θ 8 How does increasing launch speed u affect the range R (same angle)? a R increases with u^2 b R decreases with u c R is independent of u d R increases linearly with u 9 Which motion component has constant velocity (ignoring air resistance)? a Both accelerates equally b Rotational motion c Vertical motion d Horizontal motion Feedback 1 Time of flight depends on initial speed, launch angle, and gravity. Source: Projectile Motion formulas. 2 Range uses speed, angle, and gravity via sin 2θ. 3 Maximum height depends on the vertical component of velocity. 4 The trajectory equation relates x and y for a launched projectile. 5 At θ=45°, sin2θ = 1, so R = u^2/g. 6 Time in air until projectile returns to launch level (ignoring height differences). 7 Height increases with the square of the vertical velocity component. 8 Range grows with the square of speed for a given angle. 9 Horizontal component has constant velocity as horizontal acceleration is zero (neglecting air).

Vous pouvez intégrer le jeu dans un LMS compatible avec LTI 1.1 ou LTI 1.3 comme Canvas, Moodle ou Blackboard. Les scores seront ainsi automatiquement enregistrés dans le carnet de notes de la plateforme.

Projectile Motion Quiz

Test

À propos de cette activité

Créé par

Téléchargez la version pour jouer sur papier

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Projectile Motion QuizVersion en ligne

par Marielle Lubrica

What is the time of flight formula in projectile motion (ignoring air resistance)?

What is the formula for horizontal range R of a projectile?

What is the maximum height H reached by a projectile?

What is the equation of the trajectory (path) y in terms of x?

If a projectile is launched at 45° with speed u, what is the range formula simplification?

What does the Time of Flight physically represent?

How does maximum height depend on launch angle θ?

How does increasing launch speed u affect the range R (same angle)?

Which motion component has constant velocity (ignoring air resistance)?

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