Projectile Motion in Physics (Explained With Examples)

Projectile Motion Explained With Solved Problems And Derivations for Schools, Waec, Jamb UTME And Post UTME. Likely and Repeated Questions Solved...

This Video covers area of concentration for Waec, Jamb and Post UTME Physics. Projection Motion has fully been treated under the following Topics:

1. Introduction to Motion
2. Linear and Motion under Gravity
3. Meaning of Projection
4. Profile Motion Analysis
5. Time of Flight of Projectile
6. The Time it takes to Reach Maximum Height
7. Maximum Range of Projectile
8. Maximum Height of Projectile
9. Derivation of Projectile Formulars
10. Calculations involving Projectile Motion.

[hannahololade]

This is me saying thank you to flash Isaac, I found your videos most helpful when I was preparing for jamb, just a week and some days to exam I started consuming a lot of your videos from phy, to Chem to Eng and it was so helpful. Here I'm writing from the comfort of my hostel because I did well and got admission.

[onnie]

Love how the teacher breaks down everything to make it easy to understand. Thank you for this

[AishaTahir-kjbs]

Wooww i just started watching and i wish he was my teacher

[niffyk]

I love u sooo much ❤❤❤❤❤
I have been stuck with dis topic with 1wk to jamb

[emmanuelsopuru]

With this video no need to spend money in school.uv done it all

[balogunfemu]

Thanks u sir

Then we have t²=45÷5 =9, t²=9 we are finding t square the both side we have t= 3

[udehujunwa]

The video is really helpful, keep up the good work ❤️

[MartinWollou-wjbi]

Now I am beginning to understand projectile motion through this video. But the formula for the range is really confusing. Since there are two formulas, where can we apply each of those.

[nwazuokeoluchi]

Sir please how did you get 10 in that 45 equals to 1/2 * 10 *t2

[davidezekiel]

Good day sir
I'm a new viewer
I wanted to ask a question that if an arrow is projected straight upwards at a speed of 100m/s will it come back greater than 100m/s or less than 100m/s or it will land at the same 100m/s it was being projected if air resistance is ignored??

[ricardowealthy-isbv]

Sir I don't really understand the calculation on range

[Nicole-shri]

Previously you mentioned that
R= ucos0T
R= u²sin20/g

In this case u= 100, 0= 33.2° and T= 10.95 secs

When calculated, the two formulas give different results.

The first formula resulting in 916.256 (which was what I used)
And the second resulting in 916.362 (which was what you got)

I guess it's the same when you estimate. But for multiple choice question in JAMB this can be really frustrating.

[chiamaraanyacho]

The video hooking whenever I'm watching it except the voice