]A force called the effort force is applied at one point on the lever in order to move an object, known as the resistance force, located at some other point on the lever.
The way levers work is by multiplying the effort exerted by the user. Specifically, to lift and balance an object, the effort force the user applies multiplied by its distance to the fulcrum must equal the load force multiplied by its distance to the fulcrum. Consequently, the greater the distance between the effort force and the fulcrum, the heavier a load can be lifted with the same effort force.
Answer:
IT IS HOSPITAL OR AMBULANCE
SOME THING LIKE THAT IS WRITTEN ZOOM THAT PHOTO MORE
Answer:
I found the experience tasking
Explanation:
I wouldn't say it was hard, neither was it easy. I'd rather go for something like it being tasking. It's worthy of note that it was my first time, and I think it's very normal especially when one hasn't been doing something of that nature previously. Of course I did my draft, which unsurprisingly happened to be not good enough, and I had to look for templates to guide me through the acceptable way.
I still did it in my own way, but in the right way. Ever since then though, I have never stuttered when writing application letters, as it had since then seem inborn
Answer:
<h2>To solve typical questions like this we can use law of conversation of linear momentum...which is</h2>
<h2>T.I.L.M.=T.F.L.M.</h2>
(Total initial linear momentum = total final linear momentum.)
<u>Momentum = mass × velocity</u>
<h2>T.I.L.M = T.F.L.M</h2>
180×4 + 120×0 = 180×0 + 120×V
(180 ×4)/120 = V
<h2>6Ms^-1 = v</h2>
