How to solve any projectile motion question

[@elizabethsakala3164]

thank you very much, you've just saved me from failing a test. it might sound like a joke but I've been trying to understand projectile motion for sometime but i just couldn't not until now.
thanks again🙏🏾

[@guggystyle]

You're welcome! I'm glad the video helped you 😄

[@Psisa-bp6zk]

Thank you so much sir

[@lucent365]

Matako yobe ❤️❤️❤️

[@vivmenon]

For calculating h, cant you use the equation, 1/2 at squared

[@nadia3006]

You have my biggest thanks,sir

[@KennedyJonathan-d9q]

following all the way from malawi, good explanations

[@dirjika_1929]

Simmene kulili

[@AmbiguousKaonga]

​@@dirjika_1929 kwachema 😂😂

[@batuyild]

sin60.42 = 36.3730

[@nimanthisamarakoon7394]

Thank you so much sir..

[@mayk5999]

What if t is missing?

[@isaacdasan270]

Sir why is it -16, isn't -9.81

[@yemajyemaj4738]

Because we were using in ft instead of meter
9.8 is for m per second

[@arifahmad-7261]

Eid mubarak

[@mrchembe5051]

Hello sir I've got a tough question here how can I send it to you ??

[@amandaganda1310]

what is the max height for the 1st ?

[@jangdoongie]

i got 67.4 m

[@nurulaqilah9064]

thank you so much!

[@guggystyle]

You're welcome!

[@dianahasan4225]

....why does this man sound exactly like my professor

[@guggystyle]

🤫

[@harikanabie1730]

What about the part c on the first problem?

[@johnbaguinbin7484]

The max height is 67.4 m bro, it is up to you how you solve it. Just use this answer to check.

[@kirbytaylor4045]

@@johnbaguinbin7484 correct, you can use initial and final vertical velocities, along with the gravitational acceleration constant, to find this right at the beginning

[@JuliusMwape-k6l]

Sir you are too fast, kindly lecture at slow pase, thank you

[@neutronzz3543]

mate its a video you can go back what a stupid comment

[@AmbiguousKaonga]

How can he be fast while you can pause,slow the video at your own pace 😂

[@Bradly_SeanFabro-gz5fw]

Dumb explanation