- Jamal built a shade canopy model. Why is the top part flat?
Answer: A flat top blocks sunlight above, so it makes a shady space under it for play.
This asks why parts have certain shapes. A flat top blocks sun like an umbrella. It makes cool shade underneath for playing.
- Keisha built a model bookend. How does the flat base help?
Answer: The flat base makes it stable on the shelf, so the L-shape can hold books up.
This checks understanding how bases help. The flat bottom sits steady on the shelf. This lets the tall L-part stand up straight to hold books.
- Sofia built a basket model. How does the deep shape help?
Answer: The model shows deep sides hold many items in, and the handle lets one-hand carrying.
This tests understanding how shapes help us. Deep sides are like tall walls that keep things inside. The handle lets you carry it with one hand.
- Marcus built a step stool model. How does the step shape work?
Answer: The model shows two flat steps add height slowly, and a wide base keeps it stable.
This tests understanding how models solve problems. Two flat steps help you go up slowly and safely. The wide bottom keeps the stool from wobbling.
- Amir built a watering can model. How does the long spout help?
Answer: The long spout reaches the high plant, so Amir can pour water without tipping the bottle.
This asks how parts solve problems. The long spout is like a long arm. It can reach up high without tipping the whole bottle over.
- Keisha built a jar holder model. How does the wide base help?
Answer: The model shows a wide base spreads out support, so jars in holes do not tip.
This tests understanding how shapes make things stable. A wide base is like big feet that spread out. This keeps the holder steady so jars don't fall.
- Keisha built a model bookend. How does the L-shape help it work?
Answer: The L-shape stands up and supports books, and the flat base keeps it from sliding.
This tests understanding how shapes help things work. The L-shape has two parts that work together. The tall part holds books up, and the flat part stops sliding.
- Marcus built a divided snack tray model. How does the grid shape help?
Answer: The grid makes 20 spaces, so snacks stay separated and can be carried to many kids.
This asks how shapes help organize. The grid makes many small spaces. Each snack has its own spot and won't mix together.
- Carlos built a carrying basket model. How do the deep sides help?
Answer: Deep sides help items stay inside, so Carlos can carry many things without dropping them.
This tests how parts help things work. Deep sides are like tall walls on the basket. They keep things from falling out when you carry them.
- Yuki built a divided snack tray model. How does the grid help?
Answer: The grid makes 20 spaces, so snacks stay separate and can be carried to many kids.
This asks about organizing with shapes. The grid makes 20 little boxes for different snacks. Each snack stays in its own space when carrying the tray.
- Marcus built a step stool model. How do the steps help?
Answer: The two flat steps add height little by little, so a child can reach the fountain.
This tests how steps solve problems. Each flat step makes you a little bit taller. Two steps together help short kids reach high things like water fountains.
- Carlos built a bookend model and tested it. What does it show?
Answer: The model shows the L-shape supports leaning books, and the base stops the bookend from sliding.
This tests understanding what models show us. The L-shape holds books up like a wall. The flat base stops it from sliding when books push.
- Maya built a toy scoop model. How does the wide opening help?
Answer: The wide curved opening slides under many toys, and the deep scoop holds them together.
This checks understanding how openings work. The wide curved opening fits under many toys at once. The deep scoop part holds all the toys together for cleaning.
- Emma built a model bookend and tested it. How does the shape help books?
Answer: The L-shape gives a tall support and a flat base, so books lean and stay upright.
This tests how shapes support things. The L-shape has a tall back and flat bottom. Books lean on the tall part and don't fall.
- Emma built a model bookend. How does its L-shape help?
Answer: The L-shape stands and supports books, and the flat base keeps it from tipping over.
This tests understanding how shapes help things work. The L-shape stands up and holds books from falling over. The flat bottom part keeps it steady on the shelf.
- Amir built a jar holder model. How do the round holes help?
Answer: The holes hold jars snug, and the wide base keeps them upright when the table bumps.
This asks how shapes help hold things. The round holes fit around jars to keep them snug. The wide bottom stops everything from falling when the table shakes.
- Sofia built a basket model. How do deep sides help?
Answer: Deep sides keep many small items inside, and the handle lets her carry them together.
This checks if you understand how parts help. Deep sides make a big space inside to hold lots of things. The handle helps carry everything at once without dropping.
- Look at Jamal's shade model. How does it solve heat?
Answer: The model shows a flat top blocks sunlight, making cool shade under the poles.
This tests understanding how models solve problems. The flat top blocks the hot sun. This makes cool shade underneath for playing.
- Yuki built a snack tray model. How do the grid sections help?
Answer: The model shows a grid of sections keeps snacks separated, so many servings are carried together.
This tests understanding how parts help organize. Grid sections are like little boxes that keep foods apart. You can carry many snacks at one time.
- Carlos built a jar holder model. How does the wide base help?
Answer: The wide base keeps the holder from tipping, so jars in holes stay upright when bumped.
This tests how wide bases help things. The wide bottom stops the holder from tipping over. Even when bumped, the jars in the holes stay standing up.
