The projectile is moving forward at a constant rate of 4.21 m/s, so if we knew the time the object moved forward, we can use the constant motion... See full answer below.Become a member and unlock all Study Answers Start today. Try it now Create an acc...
The heighthhof a projectile is a function of the timettit is in the air. The height in feet forttseconds is given by the functionh(t)=−16t2+96t.h(t)=−16t2+96t. What is the domain of the function? What does the domain mean in the context of the problem? Show Solution ...
My problem consists of two parts, the first being how far from the top of a cliff will a projectile (fired from a cannon) land with a velocity of 120 ms^-1, fired horizontally from cliff height of 150m. The second part is where I am struggling, the cannon is now aimed 45° above...
6.50.2.4.5Topographic and 3D data from ground-based LiDAR A total station (TS) is a standard instrument for efficiently measuring distance and angle in the field. A TS emits a laser beam toward a target (prism reflector) and the travel time of the reflected laser is converted to the dista...
A system and method for use of an enhanced aiming system which includes a marker displayed at a first position in an aiming scope, a user input of a start position and an ending position to measure a
The required electric power is expressed as a function of the rocket mass and engine firing time. Based on the physics of the process, it can be easily seen that the compressor shaft power can be given by the following formula: 𝑃shaft=𝑉˙fuel(𝑝out.fuel−𝑝in.fuel)𝜂fuel....
In Section 5.1, we describe the performance of DLSRRs fired from RLA. Ranges obtained for these rockets are 263 km to 442 km depending on launch conditions and propellant burning time. In Section 5.2, we calculate the impact velocity of several projectiles. The Hypervelocity Projectile is ...
In Section 5.1, we describe the performance of DLSRRs fired from RLA. Ranges obtained for these rockets are 263 km to 442 km depending on launch conditions and propellant burning time. In Section 5.2, we calculate the impact velocity of several projectiles. The Hypervelocity Projectile is ...
Samples in the form of cylinders with a diameter of 6 mm and a height of 3 mm were used. They were prepared and made in the Welding Laboratory of Poznan University of Technology, using a station to support thermal spraying processes. They were equipped with an AWS 400 Flame Spray ...