If I throw something upwards will the gravity slow it down faster?

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So idk if this makes sense so I’m going to use numbers. If I take something, and shoot it let’s say a bullet. Into the air. The first second it will be slowing down at 9.81m/s if I’m not mistaking because gravity is pulling it down that fast. At the 2nd second. Will gravity be pulling it down at 9.81m/s still or will it go to 19.62m/s? Like will the speed be stacking essentially for how fast it slows down?

In: 8

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Anonymous 0 Comments

Let’s do some rounding and approximation so we have nicer easier numbers. We will also ignore air resistance, gravity changing with distance and all that stuff. Basically let’s ignore everything and assume a constant pull from earth’s gravitaty.

Earth accelerates objects downwards at about 10 m/s per second. The velocity decreases by 10 meter/second during each second. (that’s exactly what m/s^2 means)

So if you shoot upwards with a starting velocity of 500m/s, it will slow down to 490 m/s after one second. After 2 seconds it will have a speed of 480 m/s, after one more second it will be down to 470 m/s, the next second at 460 m/s etc.. Eventually after about 50 seconds it will reach it’s peak and stand still for a brief moment. During the next second it will start falling down with a speed of 10m/s. This speed will increase to 20m/s during the next second and so on. Until the bullet hits the ground with exactly 500m/s. That’s why it’s so incredibly dangerous to shoot straight up with a gun.

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So idk if this makes sense so I’m going to use numbers. If I take something, and shoot it let’s say a bullet. Into the air. The first second it will be slowing down at 9.81m/s if I’m not mistaking because gravity is pulling it down that fast. At the 2nd second. Will gravity be pulling it down at 9.81m/s still or will it go to 19.62m/s? Like will the speed be stacking essentially for how fast it slows down?

In: 8

7 Answers

Anonymous 0 Comments

Let’s do some rounding and approximation so we have nicer easier numbers. We will also ignore air resistance, gravity changing with distance and all that stuff. Basically let’s ignore everything and assume a constant pull from earth’s gravitaty.

Earth accelerates objects downwards at about 10 m/s per second. The velocity decreases by 10 meter/second during each second. (that’s exactly what m/s^2 means)

So if you shoot upwards with a starting velocity of 500m/s, it will slow down to 490 m/s after one second. After 2 seconds it will have a speed of 480 m/s, after one more second it will be down to 470 m/s, the next second at 460 m/s etc.. Eventually after about 50 seconds it will reach it’s peak and stand still for a brief moment. During the next second it will start falling down with a speed of 10m/s. This speed will increase to 20m/s during the next second and so on. Until the bullet hits the ground with exactly 500m/s. That’s why it’s so incredibly dangerous to shoot straight up with a gun.

You are viewing 1 out of 7 answers, click here to view all answers.