Determine the slab system by using the first floor plan in the Term Project. Then

design the critical one way, cantilever and two$-$way slabs, if they exist.

The finish work load is $2\mathrm{.}2$ kN$/$m$2$

$.$

$-$ Show the slab system that you have created on a drawing.

$-$ For the entire slab system, select a single thickness of slab.

$-$ Determine the positive and negative design moments for slab for the critical ones

per TS$500$ requirements for the gravity load combination of $(1\mathrm{.}4$G $+1\mathrm{.}6$Q$).$

$-$ Draw reinforcement detailing for two$-$way slab answer question $3,4$ and $5$ based on the articel attached $3.$ What were the basic experimental methods used in this paper $($what did the authors actually do$?)?4.$ What were the most important results from this experiment? $5.$ Do the authors cite any other studies in their abstract$?$Daphnia are trophically important, common zooplankton in lakes and ponds worldwide, and hence have become a significant model system in ecology and evolutionary biology. Daphnia have conspicuous eyes that confer both fitness benefits and costs, though little is known about the functional capabilities of Daphnia vision. We sought to determine whether free$-$swimming Daphnia exhibit an optomotor response, a reflexive behavior present in many animals that could be used in studies of visual function. Optomotor responses are movements that allow an individual to track motion of the surrounding environment and thus stabilize its visual field. We constructed an apparatus that rotates a striped drum around Daphnia, while allowing an observer to quantify swimming behavior. Across a range of angular stripe widths and rotational speeds, we demonstrate that Daphnia have an optomotor response composed of at least two distinct behaviors. Our results suggest Daphnia could use vision for predator avoidance in some circumstances, but could not see other Daphnia individuals beyond more than a few millimeters, or food particles at all. We discuss how the optomotor response may be used to study visual function in Daphnia to better understand visually mediated ecological interactions.Q$4)$ Determine the slab system by using the first floor plan in the Term Project. Then

design the critical one way, cantilever and two$-$way slabs, if they exist.

The finish work load is $2\mathrm{.}2k\frac{N}{m^2}.$

Show the slab system that you have created on a drawing.

For the entire slab system, select a single thickness of slab.

Determine the positive and negative design moments for slab for the critical ones

per TS$500$ requirements for the gravity load combination of $(1\mathrm{.}4$G$+1\mathrm{.}6$Q$).$

Draw reinforcement detailing for two$-$way slab.