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2 dni temu · I have an issue where fast moving projectiles are instantiated, fly forwards, and then collide with an object (and destroyed) before they are ever actually visible - this is related to my previous question: Tips for improving the look of projectiles. My current setup is thus: Update calls for bullet, FixedUpdate spawns bullet and applies ...
2 dni temu · Summary. In summary, gravity is the reason why projectiles follow a curved path. It pulls the object downward, affecting the vertical motion, while the horizontal motion remains unaffected by gravity, creating the characteristic arc of projectile motion. LaTeX expert with over 10 years of experience in document preparation and typesetting.
4 dni temu · Formulas used: The formula for finding the time of flight of a projectile will be, \[T = \dfrac{{2u\sin \theta }}{g}\] Where \[g\] is the acceleration due to gravity, its value is, \[g = 10m/{s^2}\] (we round off for easier calculation)
5 dni temu · 3 Practice: 1. A projectile is launched at 50 m/s at angle of 35° to the horizontal as shown below. It lands at the same height that it was launched. Calculate: a) The maximum height: b) The time of flight: c) The range: 2. A projectile is launched at 100 m/s at angle of 80° to the horizontal.
2 dni temu · Abstract. The characteristics of a 50-cm-long module of the scintillation time-of-flight hodoscope have been studied. It has been determined that the coordinate resolution and detection efficiency of the module depend on the voltages applied to the voltage dividers of the photomultiplier tubes and the distance from the hip point of a particle ...
4 dni temu · The vertical component of the projectile's velocity, vy, is initially 30 meters per second. What are the components of the projectile's velocity after 2.0 seconds of flight. vx = 40 m/s and vy = 10 m/s.
4 dni temu · In order to find the depth of a well, you drop a stone into it and time its fall. It hits the water after falling for 1.5 s. The depth of the well is about A. 7.35 m. B. 11 m. C. 14 m. D. 20 m.
