LAB EXAMPLE:

Use Figures $3$ & $4$ in the pre$-$lab reading to answer these questions.

If an object was launched into the air as shown above, with an initial horizontal speed of $6\frac{m}{s}$ and an initial vertical speed of $8\frac{m}{s}$ : $($ignore friction$)$

vec$(v)$

What is its overall initial speed?

If launched from level ground, how long will it remain in the air? Show work: Write on paper and attach to the appropriate tab as a single PDF document.

What will its horizontal speed be $0\mathrm{.}2s$ after launch?

What will its horizontal speed be at maximum height?

What will its vertical speed be at maximum height?

What will its horizontal speed be $0\mathrm{.}6s$ after launch?

What will its horizontal speed be upon impact?

What will its vertical speed be upon impact?

What will its velocity vector be upon impact?

DDE IR OITE CTIONS

Figure $3$

Figure $4$

$($Use these figures to answer questions in the pre$-$lab assessment$)$

Procedure.