ShmoopTube

00:00

Yeah Oh Okay More weird science We'll figure one right

00:09

here shows the relative strength of abdominal thrust activity versus

00:14

experimental time while a predatory wasp is in front of

00:17

the nest No small scale waves are in the blue

00:21

area and big scale waves Aaron the red area right

00:24

now down to figure to right here that shows the

00:26

number of shaking bees per frame versus experimental time The

00:30

velocities in distances air split into different classes A class

00:35

one distance is closest to the nest and a class

00:38

five distance is farthest from the nest Well velocity is

00:42

split into eight classes with Class one being the slowest

00:45

in class Eight being the fastest Well the closer the

00:49

hornet the higher the wave strength and the faster the

00:51

hornet flies past the net The higher the wave strength

00:55

Well the wave strength is controlled by number of shaking

00:58

bees I eat the higher number of shaking bees The

01:01

stronger the wave right makes sense Okay so And then

01:04

here's some detail on figure one kind of skin that

01:07

if you want all right then figure to when the

01:10

bees and the birds and whatever Alright that's actually a

01:13

different course On the basis of the data presented How

01:17

many times was a big scale wave generated over the

01:19

experimental time Okay experimental time and every place Okay how

01:27

many big scale shimmers does it take to scare away

01:30

Ah Hornet That's the question everyone's asking around the water

01:34

cooler today Actually nobody's asking All right well each spike

01:37

in the graph signals one wave that's way that wave

01:40

that's away when the bees are all coordinating their moves

01:44

at approximately the same relative intensity on ly a few

01:48

times do they manage TTO work up the intensity necessary

01:52

for their performance to qualify them for the big time

01:55

The print on the beat Yeah according to scientists Wei

02:00

have no idea what's going on inside of these bed

02:03

Alright well the number of white line spikes in the

02:05

red area of the graph show how many of these

02:08

big scale waves were generated While unfortunately there isn't a

02:12

fancy single word term for when something occurs six times

02:17

like six ice or sixty year Something like that Anyway

02:21

the answer is D six times

Full Transcript