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The horizontal component of the velocity of crojoctlo romains constant during Ine entire trajeciory ofthe projectile.TneFalso...

Question

The horizontal component of the velocity of crojoctlo romains constant during Ine entire trajeciory ofthe projectile.TneFalso

The horizontal component of the velocity of crojoctlo romains constant during Ine entire trajeciory ofthe projectile. Tne Falso



Answers

Which variable(s) remain(s) constant during the entire flight of a projectile?
(A) Horizontal component of velocity only
(B) Vertical component of velocity only
(C) Acceleration only
(D) Both A and C
(E) Both B and C

In discussion, we consider this is the object of the occasion. So there are four options given which is giving the information about the projectile motion. So now communities asking that which of the following. Mhm is true regarding projected motion. So after reading the options, There is four options. My answer is that is option A. So option is true regarding the projectile motion. Here I am giving the explanation. That is in the case of projectile motion, the vertical component of the particle's velocity. These changes continuously, but the gentle component. Well, relativity will remain seem at every point at every point of projectile motion. The reason is behind these. That is because in the for gentle direction there is no force is acting on the object where is in the vertical direction. There is a force acting like always force acting on the object. For example Like it's or one wait. So this own weight also a force which is acting particularly downward so so that I can see that it's horrid, gentle velocity remains constant. Now after getting this conclusion, check the option which is matching with the answer. That is I considered that is option A. That means original publicity of projectile is constant. So this is the solution of of Cuban fusion. So I had sold the occasion completely. Thank you

In this question we have to tell that which of the following is true regarding the project and motions. So first of all I'm going there projectile motion here. So let the feet, the ball particle which is thrown with the velocity of you at an inclination of twitter and it is in projectile motion and you see the trajectory of this project in motion. So as we know that the component of this weather city in this direction, that is you caused you to and in the vertical direction, we have said that this is a new scientist to now let at this instant the velocity of the particularly this is we. So we have let and this angle is alpha. And so we can say that this is the original component of velocity, that is V. X. And this is vertical component of the velocity that is very wide. So and at this point we can say that the way it is acting particularly downward that is MG. So we can say that if this is our X coordinate and this is our Y coordinate. So the gravity force is acting, that is particularly download. It is So we have acceleration in y direction and it is equal to minus the next direction. There is no acceleration. So if we find the velocity at this instant after three times So we can say that after three times the velocity is given by the that is original velocity. So we can say that this is V X is equal to this is you X plus A. In two G. As you can see that you see acceleration in extraction into T. So we can see that react physically to this is you X plus exploration extraction is zero. So this is so we can see that at any instant the velocity is equal to the original component of velocity. So we can say that this is equal to you cause to. So we can see that in projected motion, horizontal velocity of projective is constant because there is no acceleration in original direction. So we said that for the execution correct option is option. Uh Thank you.

Here we need to find out the quantity which remain constant are unchanged during a projectile motion. The latest study project almost this is the ground, this is the projectile, it goes upward and comes downwards. This is an angle T. It says in its else video we see that the horizontal component of his will always remain constant. Always remain constant. This is you X. This is you X. This is you act her gentle component of of the muslim or the velocity human constant as you cost it. So this is the only term which remains always constant here in the entire project. I'll muslim. Well let us take for the option we see option A is correct. Now the vertical velocity particle velocity city always changes here. The velocity will be different here. The velocity will be different here. There will be no the third point is distance, so distance always changes. And anglo dispute is also changing. In a project, the only thing which remain unchanged is the horizontal component of

In this objective type fusion. It is a thing that in the projectile motion f air resistance is ignored. You're then the horrid gentle motion is at. So now you can see that there are four options given. So in the four options, it is saying that option is saying that whole gentle motion is at constant isolation. Often we saying that all gentle motion is that constant diversity options is saying that how gentle motion is at variable acceleration an option day saying that more gentle motion is at constant retardation. So my answer is that this option B that miss the horizontal motion is at constant diversity. Yeah, the reason is that is here. I'm explaining the answer. So as you see in the occasion it is ended, we have to ignore a resistance. So after ignoring air resistance. Oh then the project in motion in the project in motion. Education in horizontal direction will become that is dear. Oh! So that means I considered diversity in horizontal direction will be always remain constant. So against it the US will be after getting the conclusion, the answer is B. That is option B. Which is matching with my conclusion. So that means in the original motion or a considered horizontal direction where the city will be that is constant. So this is the explanation. And this is the solution of Cuban question. Thank you


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