Flowers and pollination
Tests: 8 of 12 right · Exam: 2 of 4 right · Kind: ★★ · Understood: 12 of 16 · Run: 2026-10-18, commit f3c23ea72
Lesson 58 of the biology course of Mova's primary school, as Mova's small model took its tests: it had read this lesson and the ones before it and learned from their exercises. Each test shows the options in the order the student saw them, its choice, the right answer, the score of every option and why it chose. The lesson itself, sentence by sentence with trees and pragmatics: the lesson in the corpora.
Every question of this lesson and each of its options parsed by Mova, with trees and pragmatics: the lesson's questions in the corpora.
Test 1 · ★★ · right ✓
cartoon bee squeezes a flower and honey squirts out lol. that how honey works?
- 1. Yes, but only sunflowers — no support
- 2. No, bees carry nectar to the hive and turn it into honey there — ← Mova's choice · ✓ the right answer · score 9
- 3. Yes, flowers are full of ready honey, the bee just squeezes it out — score 1
- 4. No, honey comes from bee eggs — no support
Why: It took the question to ask what something is like. It chose option 2 with score 9, against 1 for the next best. Its support: lesson 58, line 5: «Cartoons show bees making honey by squeezing flowers, or a single sunflower as one big flower; real bees turn nectar into honey inside the hive, and a sunflowe…», reached through the option's own match among the sentences about the question's things. What matched: the same action «turn» (+4); the same place «honey» (+4); the same doer «real bees» (+3). Against it: a different thing acted on (counts against) (-2). · the question and its options parsed, with trees and pragmatics
Test 2 · ★★ · right ✓
What would happen to apple crops if there were no bees or other insects to visit the blossom?
- 1. The trees would grow pears instead — no support
- 2. More apples would grow — no support
- 3. Apples would grow without seeds but just as many — no support
- 4. Far fewer apples would form — ← Mova's choice · ✓ the right answer · score 4
Why: It took the question to ask what happens next. It chose option 4 with score 4, the only option with support. Its support: lesson 58, line 7: «Bees drink nectar and collect pollen for their young; pollen sticks to their hairy bodies and is carried to the next flower, and that is pollination; fruit tre…», reached through the option's own match among the sentences about the question's things. What matched: the same action «form» (+2); the same doer «fewer apples» (+2). · the question and its options parsed, with trees and pragmatics
Test 3 · ★★ · right ✓
Why might a plant pollinated by moths have white flowers?
- 1. Pale petals show up best in the dim evening light — ← Mova's choice · ✓ the right answer · score 8
- 2. White flowers are cheaper to make than coloured ones — no support
- 3. Moths eat only white food — no support
- 4. Moths are scared of colours — no support
Why: It took the question to ask why something happens (its cause). It chose option 1 with score 8, the only option with support. Its support: lesson 58, line 12: «Evening primrose and honeysuckle open in the evening with pale petals, which show up best in dim light, and a strong scent, and are pollinated by night-flying…», reached through the same lesson line as the sentence the question matched. What matched: the same doer «pale petals» (+3); the same place «dim light» (+3); the same action «show up» (+2). · the question and its options parsed, with trees and pragmatics
Test 4 · ★★ · right ✓
Why do grasses not bother with bright petals?
- 1. Grasses are too poor to make colour — no support
- 2. Bright petals would be eaten by cows — no support
- 3. Grass petals are hidden underground — no support
- 4. The wind carries their pollen, and the wind does not see colour — ← Mova's choice · ✓ the right answer · score -3
Why: It took the question to ask why something happens (its cause). It chose option 4 with score -3, the only option with support. Its support: lesson 58, line 8: «Bees see ultraviolet light, so they see patterns on petals that we cannot, but they do not see red well; birds see red clearly, so many red flowers are pollina…», reached through the cause of the sentence the question matched. What matched: the same action «see» (+5). Against it: a different doer (counts against) (-1); a different thing acted on (counts against) (-1). · the question and its options parsed, with trees and pragmatics
Test 5 · ★★ · right ✓
Why would a flower want only one kind of visitor?
- 1. Other visitors steal the petals — no support
- 2. So pollen goes to a flower of the same kind, not wasted on others — ← Mova's choice · ✓ the right answer · score 4
- 3. It runs out of nectar far too fast when lots of different insects come — no support
- 4. It does not like crowds — no support
Why: It took the question to ask why something happens (its cause). It chose option 2 with score 4, the only option with support. Its support: lesson 58, line 7: «Bees drink nectar and collect pollen for their young; pollen sticks to their hairy bodies and is carried to the next flower, and that is pollination; fruit tre…», reached through the option's own match among the sentences about the question's things. What matched: the same doer «pollen» (+2); the same place «next flower» (+2). · the question and its options parsed, with trees and pragmatics
Test 6 · ★★ · right ✓
A sunflower head has 55 spirals one way. What does that tell you?
- 1. It is 55 days old — no support
- 2. It has 55 seeds only — score 3
- 3. Its tiny flowers and seeds are packed in a special spiral pattern — ← Mova's choice · ✓ the right answer · score 9
- 4. It has been visited by 55 bees, and each one left behind a spiral track — no support
Why: It took the question to ask what it is done to. It chose option 3 with score 9, against 3 for the next best. Its support: lesson 58, line 5: «Cartoons show bees making honey by squeezing flowers, or a single sunflower as one big flower; real bees turn nectar into honey inside the hive, and a sunflowe…», reached through the same lesson line as the sentence the question matched. What matched: the same action «pack» (+4); it fills the role the question asks for (+3); the same thing acted on «tiny flowers» (+2). · the question and its options parsed, with trees and pragmatics
Test 7 · ★★ · wrong ✗
What would happen to an orchid that relies on one insect if that insect died out?
- 1. It would grow its own wings — ← Mova's choice · score 4
- 2. Nothing, orchids do not need pollen — score 0
- 3. Any other insect would take over the job at once, no problem — no support
- 4. It could not be pollinated and could slowly die out too — ✓ the right answer · no support
Why: It took the question to ask what happens next. It chose option 1 with score 4, against 0 for the next best. Its support: lesson 36, line 3: «Insects wear their skeleton outside like armour, so to grow they split it and climb out, leaving an empty skin like the dragonfly nymph's by the pond, and they…», reached through the option's own match among the sentences about the question's things. What matched: the same action «grow» (+2); the same doer «insects» (+2). The right option, 4, found no support in what it remembers. · the question and its options parsed, with trees and pragmatics
Test 8 · ★★ · wrong ✗
why the hell does that flower stink like a bin full of dead meat?!
- 1. Someone put meat in the pot as a joke — ← Mova's choice · no support
- 2. It is rotting and dying — no support
- 3. It attracts flies and beetles that carry its pollen — ✓ the right answer · no support
- 4. It is warning people not to touch it, because it is very poisonous — no support
Why: No option found support in what it remembers, so it guessed: it took the first option shown. · the question and its options parsed, with trees and pragmatics
Test 9 · ★★ · wrong ✗
Why would a flower close when it rains?
- 1. Because the petals drown — ← Mova's choice · no support
- 2. To catch the raindrops inside — no support
- 3. To trap the insects that are sheltering inside it from the rain — no support
- 4. To keep its pollen dry and safe until the sun comes back — ✓ the right answer · no support
Why: No option found support in what it remembers, so it guessed: it took the first option shown. · the question and its options parsed, with trees and pragmatics
Test 10 · ★★ · right ✓
Mate reckons you're eating dead wasps in every fig. True?
- 1. Yes, each fig holds hundreds of live wasps — no support
- 2. Not really: many shop figs need no wasps, and wild figs digest them — ← Mova's choice · ✓ the right answer · score 9
- 3. Yes, that is why figs are crunchy — no support
- 4. No, wasps never go near figs, they hate the smell — no support
Why: It took the question to ask which statement is true. It chose option 2 with score 9, the only option with support. Its support: lesson 58, line 15: «A fig is a hollow ball of tiny flowers turned inwards, and wild figs are pollinated by tiny fig wasps that crawl inside; the fig digests any wasp that dies in…», reached through the remembered sentence the question matched. What matched: the same thing acted on «wasp» (+5); the same action «digest» (+2); the same doer «fig» (+2). · the question and its options parsed, with trees and pragmatics
Test 11 · ★★ · right ✓
Why does honey keep for years without going bad?
- 1. Bees put salt in it — no support
- 2. The jar keeps it cold — no support
- 3. It is so dry and sugary that germs cannot grow in it — ← Mova's choice · ✓ the right answer · score 11
- 4. It doesn't, it goes bad after a week, just like milk left out of the fridge — no support
Why: It took the question to ask why something happens (its cause). It chose option 3 with score 11, the only option with support. Its support: lesson 58, line 17: «Honeybees turn nectar into honey by adding special substances and fanning it with their wings to dry it, as food for the hive in winter; honey is so dry and su…», reached through the cause of the sentence the question matched. What matched: the same action «grow» (+5); the same place «honey» (+5); the same doer «germs» (+1). · the question and its options parsed, with trees and pragmatics
Test 12 · ★★ · wrong ✗
How would a moth find a flower in the dark?
- 1. By following bees — no support
- 2. By its heat in the dark — no support
- 3. By its loud buzzing — ← Mova's choice · score 5
- 4. By its strong scent and pale colour — ✓ the right answer · no support
Why: It took the question to ask what something is like. It chose option 3 with score 5, the only option with support. Its support: lesson 37, line 14: «Only female mosquitoes bite, to get protein for their eggs; the itch is your body reacting to the mosquito's spit, and they find people in the dark by sensing…», reached through the option's own match among the sentences about the question's things. What matched: the same action «find» (+4); the same place «dark» (+4). Against it: a different doer (counts against) (-1); a different thing acted on (counts against) (-2). The right option, 4, found no support in what it remembers. · the question and its options parsed, with trees and pragmatics
Exam question 1 · formal language · wrong ✗
Identify the floral structure responsible for the production of pollen.
- 1. The carpel — ← Mova's choice · no support
- 2. The sepal — no support
- 3. The petal — no support
- 4. The stamen — ✓ the right answer · no support
Why: No option found support in what it remembers, so it guessed: it took the first option shown. · the question and its options parsed, with trees and pragmatics
Exam question 2 · formal language · right ✓
Which of the following statements most accurately characterises the pollination of grasses?
- 1. It is effected exclusively by honeybees — no support
- 2. It is effected by wind, with copious production of light pollen — ← Mova's choice · ✓ the right answer · score 3
- 3. It is effected by hummingbirds attracted to red flowers with long tubes — no support
- 4. It does not take place at any time — no support
Why: It took the question to ask who or what does it. It chose option 2 with score 3, the only option with support. Its support: lesson 58, line 10: «Grasses and trees like birch and hazel are pollinated by the wind; they make huge amounts of light pollen and have small, green, unscented flowers.», reached through the remembered sentence the question matched. What matched: it fills the role the question asks for (+4); the same doer «wind» (+2). Against it: a different action (counts against) (-3). · the question and its options parsed, with trees and pragmatics
Exam question 3 · formal language · right ✓
Select the response consistent with the established facts concerning the head of the sunflower.
- 1. It contains no seeds whatsoever — no support
- 2. It is composed of leaves arranged in spirals — no support
- 3. It comprises hundreds of small flowers, each producing a single seed — ← Mova's choice · ✓ the right answer · score 2
- 4. It constitutes a single flower bearing one large seed at its centre — score 2
Why: It took the question to ask which statement is true. It chose option 3 with score 2, tied with another option at 2 (the first shown, or the one claiming less beyond what it knows, wins). Its support: lesson 58, line 13: «A sunflower head is hundreds or thousands of tiny flowers, each making one seed, arranged in spirals whose numbers are often 34, 55 or 89.», reached through the option's own match among the sentences about the question's things. What matched: the same doer «sunflower head» (+1); the same thing acted on «hundreds» (+1). · the question and its options parsed, with trees and pragmatics
Exam question 4 · formal language · wrong ✗
It is given that bees perceive red poorly. Determine which pollinator is most probably served by a long red tubular flower.
- 1. The wind blowing past — ← Mova's choice · no support
- 2. A night-flying moth — no support
- 3. A hummingbird — ✓ the right answer · no support
- 4. A small striped honeybee — no support
Why: No option found support in what it remembers, so it guessed: it took the first option shown. · the question and its options parsed, with trees and pragmatics
This page in Markdown → https://md.mova.elamur.ai/free/en/school-run/biology/58-flowers-and-pollination/