At fylde med luft eller anden gas
At eksplodere
At blive meget vred
For at gøre et billede større
Dette sætningsverbum, at blæse op , kan være transitivt eller intransitivt.
Phrasal verbs can be extremely tricky for learners of English. The reason for this is twofold: there are lots of them and their meaning is not always obvious from the words that make them up. To make things even more difficult, phrasal verbs can have multiple meanings, adding to the headache for learners.
A phrasal verb is made up of a main verb with an attached preposition or adverb. An example of a phrasal verb is run into. Where run is the main verb and into is the preposition. Phrasal verbs can be separated into two groups, intransitive and transitive verbs. Intransitive phrasal verbs do not have a direct object: go out, for example, "I want to go out tonight". Transitive phrasal verbs have a direct object and they can be split up into two further categories: separable and inseparable. With separable transitive phrasal verbs, the verb and the preposition can be split up. For example, both “turn off the radio” and “turn the radio off” are both correct. Inseparable phrasal verbs cannot be split up. For example, “I’ll look after you” is correct, but “I’ll look you after” is not.
Using Storyboard That you can prepare a visual dictionary of phrasal verbs quickly and easily. Even better than that, have your students create their own phrasal verb visual definitions.
{Microdata type="HowTo" id="9791"}PV Blow Up refererer til et punkt eller en situation i matematik, især i calculus eller differentialligninger, hvor en funktions værdi bliver uendeligt stor (har tendens mod uendeligheden) når den nærmer sig et bestemt punkt eller under specifikke betingelser.
At forstå PV Blow Up hjælper elever med at genkende, hvornår matematiske modeller forudsiger ekstreme adfærdsmønstre, såsom pludselige spidser eller uendelige værdier, hvilket er afgørende i virkelige applikationer som fysik og ingeniørkunst.
Eksempler på PV Blow Up inkluderer den hurtige stigning i befolkning i ukontrollerede biologiske modeller, elektriske kredsløb hvor spændingen stiger til uendelighed, eller sammenbrud af broer på grund af resonans.
Lærere kan forklare PV Blow Up ved at bruge enkle grafer, der viser en kurve, der stiger brat mod uendelighed, eller ved at relatere det til dagligdags begivenheder, hvor ting eskalerer hurtigt og uventet.
The key difference is that in PV Blow Up, the function becomes infinite in a finite time or at a specific point, while a normal function increase remains finite and grows steadily.