Wat is LessonUp
Zoeken
Kanalen
Inloggen
Registreren
‹
Terug naar zoeken
Forces and motion review
Review
Review
1 / 23
volgende
Slide 1:
Tekstslide
In deze les zitten
23 slides
, met
interactieve quizzen
en
tekstslides
.
Start les
Bewaar
Deel
Printen
Onderdelen in deze les
Review
Review
Slide 1 - Tekstslide
The motion of this scooter is ...
A
uniform motion
B
acceleration
C
deceleration
Slide 2 - Quizvraag
This graph depicts
A
acceleration
B
uniform motion
C
deceleration
D
standing still
Slide 3 - Quizvraag
This graph depicts
A
acceleration
B
uniform motion
C
deceleration
D
standing still
Slide 4 - Quizvraag
This graph depicts
A
acceleration
B
uniform motion
C
deceleration
D
standing still
Slide 5 - Quizvraag
This graph depicts
A
acceleration
B
uniform motion
C
deceleration
D
standing still
Slide 6 - Quizvraag
You are pushing a crate with a force of 900 N, the crate is moving with a constant speed.
How big are the resisting forces?
A
0 N
B
300 N
C
600 N
D
900 N
Slide 7 - Quizvraag
10 m/s = ... km/h
A
3,6
B
36
C
10 000
D
2,8
Slide 8 - Quizvraag
Calculate the distance traveled.
A
1000 m
B
1150 m
C
1320 m
D
1530 m
Slide 9 - Quizvraag
Calculate the average speed
A
10 m/s
B
15 m/s
C
18 m/s
D
20 m/s
Slide 10 - Quizvraag
Calculate the acceleration
A
0.17 m/s^2
B
6 m/s^2
C
0.33 m/s^2
D
3 m/s^2
Slide 11 - Quizvraag
In which of the two cases is the distance covered the greatest?
A
Left
B
Right
Slide 12 - Quizvraag
A
1.7 m/s^2
B
2.2 m/s^2
C
1.3 m/s^2
D
0.6 m/s^2
Slide 13 - Quizvraag
Calculate the acceleration
500 N
350 N
670 kg
friction = 450 N
Fres = 500 + 350 - 450 = 400 N
Fres = m x a
400 = 670 x a
a = 400/670 = 0.6 m/s
2
Slide 14 - Tekstslide
A resultant force of 26 N works on an object. Due to this, the object accelerates at 0.24 m/s^2.
Calculate the mass of this object.
A
6.25 kg
B
108.3 kg
C
0.009 kg
D
51.4
Slide 15 - Quizvraag
Given:
Asked:
Solution:
Slide 16 - Tekstslide
Fres<0
Fres>0
Fres=0
Slide 17 - Sleepvraag
90 km/h = ... m/s
A
9
B
25
C
324
D
900000
Slide 18 - Quizvraag
A runner increases his velocity from 1.5 m/s to 2.3 m/s in 4 seconds. Calculate the acceleration.
A
0.2 m/s^2
B
0.4 m/s^2
C
0.6 m/s^2
D
3.2 m/s^2
Slide 19 - Quizvraag
A drone accelerates for 2 seconds at 3 m/s^2. If the drones initial velocity was 4 m/s what will then be its final velocity?
A
6 m/s
B
7 m/s
C
9 m/s
D
10 m/s
Slide 20 - Quizvraag
What type of movement is part C
A
uniform
B
acceleration
C
deceleration
D
speeding
Slide 21 - Quizvraag
At a resultant force of 0 N you can still have movement.
A
right
B
wrong
Slide 22 - Quizvraag
Which item does not influence braking distance when crashing.
A
seatbelts
B
crumple zone
C
cage construction
D
airbag
Slide 23 - Quizvraag
Meer lessen zoals deze
5-10 Preparation for the test
Mei 2020
- Les met
32 slides
Natuurkunde
Middelbare school
vwo
Leerjaar 3
Lesson 12 – speed-time graphs + terminal velocity
November 2021
- Les met
18 slides
Natuurkunde / Scheikunde
Middelbare school
havo, vwo
Leerjaar 2
Lesson 11 4.4
Oktober 2021
- Les met
20 slides
Natuurkunde / Scheikunde
Middelbare school
havo, vwo
Leerjaar 2
Lesson 6 — 4.4 acceleration & speed-time graphs
Augustus 2022
- Les met
26 slides
Natuurkunde / Scheikunde
Middelbare school
havo
Leerjaar 1
5-1 Acceleration 5.1
Augustus 2023
- Les met
21 slides
Natuurkunde
Middelbare school
havo
Leerjaar 2
Lesson 8 — acceleration
September 2023
- Les met
24 slides
Science
Middelbare school
havo
Leerjaar 2
Lesson 7 — 4.4 acceleration & speed time graphs
Augustus 2022
- Les met
24 slides
Natuurkunde / Scheikunde
Middelbare school
havo, vwo
Leerjaar 2
Lesson 9 — 4.4 acceleration & speed-time graphs
September 2023
- Les met
33 slides
Natuurkunde / Scheikunde
Middelbare school
havo
Leerjaar 1