REVIEW 41-50

Test

Parties jouées 39

Créer une copie

À propos de cette activité

Light behavior and waves quiz

Créé par

MONTEFALCON LANCE CEDRICK

Philippines

Téléchargez la version pour jouer sur papier

Top 10 résultats

#	Jeux	Précision	temps
1	Zanjoe and Vash 4 Mars 2026	% 100	00:53
2	Bernardino 2 Mars 2026	% 100	01:52
3	QUITOMO, JASMINE 4 Mars 2026	% 90	01:08
4	latorre Baldovino Garcia Octavio 3 Mars 2026	% 90	01:23
5	Lanaja 4 Mars 2026	% 90	01:47
6	Ragudos, Magnaye, Estorninos, Dacut 2 Mars 2026	% 80	02:22
7	Makiling,Galay, Flores 3 Mars 2026	% 80	02:56
8	Magno, Jaycel 4 Mars 2026	% 70	00:47
9	Delda,Balubayan,Ducay, Constantino 2 Mars 2026	% 70	00:51
10	Timajo, Jaymie 4 Mars 2026	% 70	01:37

Voulez-vous apparaître dans le Top 10 de ce jeu? Connectez-vous pour vous identifier.

Créez votre propre jeu gratuite à partir de notre créateur de jeu

Affrontez vos amis pour voir qui obtient le meilleur score dans ce jeu

Créer un défi

UPS 5 Seeing Habits Quiz

Heather Bell

United States

(12)

Test your knowledge about the 5 seeing habits discussed in the text 'UPS 5 seeing habits'.
Tissues - Practice Quiz

Benjamin D Morgan

United States

(16)

Tissues - Practice Quiz
Practice Quiz - Punnett Square, Variation, and Mutations

Benjamin D Morgan

United States

(14)

Practice Quiz - Punnett Square, Variation, and Mutations
Spanish Alphabet Listening

Falkenberg Falkenberg

United States

(88)

Spanish alphabet, listening-based assessment
Photosynthesis vs Cellular Respiration - Practice Quiz

Benjamin D Morgan

United States

(39)

Photosynthesis vs Cellular Respiration - Practice Quiz

		%
	Anonyme	%
		%
		%

Imprimez votre jeu

REVIEW 41-50


REVIEW 41-50Version en ligne Light behavior and waves quiz par MONTEFALCON LANCE CEDRICK 1 Why does the sky appear blue during a clear day? a C. Blue light is the only color that can pass through nitrogen. b D. Oxygen molecules absorb all colors except for blue. c A. Rayleigh scattering scatters short blue wavelengths more than red. d B. The ocean reflects its blue color into the atmosphere. 2 You are looking at a red shirt through a piece of red cellophane. Based on light transmission, what will you observe? a B. The shirt appears black because red is absorbed. b C. The cellophane turns green due to light interference. c D. No light can pass through the cellophane at all. d A. The red light from the shirt passes through the cellophane. 3 A driver sees a pool of water on a hot asphalt road that disappears as they get closer. This is caused by: a A. Light reflecting off the smooth surface of the road. b D. Light bending (refracting) as it passes through air layers of different temperatures. c C. Light being absorbed by the dark pavement. d B. Light diffracting around the heat waves. 4 Compare the formation of a primary rainbow versus a secondary rainbow. Which statement best explains why the secondary rainbow is fainter and has reversed colors? a B. It involves three internal reflections, losing energy each time. b A. It is caused by light passing through ice crystals instead of raindrops. c C. It occurs because light waves undergo destructive interference. d D. It involves two internal reflections inside the raindrop, reversing the exit angle of the colors. 5 A navy blue suit looks almost black under store LEDs but blue outside in the sun. What explains this color shift? a C. The suit's fibers are vibrating differently under different light frequencies. b B. The LED lights are refracting the light at a steeper angle than the sun. c A. The suit is changing its chemical composition in response to heat. d D. The suit can only reflect blue wavelengths if they are present in the light source's spectrum. 6 To illustrate that light behaves as a wave, which atmospheric phenomenon is the best model to replicate? a B. A standard primary rainbow. b D. The white color of a thick cloud. c A. A mirage on a hot day. d C. Supernumerary bows (faint bands inside a rainbow). 7 Where should you place Sundogs in relation to the Sun for accuracy in a diagram? a D. Scattered randomly throughout the lower horizon. b C. On either side of the Sun, caused by refraction through ice crystals. c A. Directly above the Sun in a vertical line. d B. Directly behind the viewer's head. 8 Which scientist is credited with experimentally confirming the existence of radio waves in 1887? a C. Heinrich Hertz b D. Galileo Galilei c A. James Clerk Maxwell d B. Isaac Newton 9 What best explains why a tiny spark appeared across the small gap in Hertz’s wire loop detector? a B. The spark was caused by heat energy from the main discharge. b A. The loop was directly wired to the transmitter. c D. Radio waves emitted by the transmitter induced oscillating charges that jumped the gap. d C. The loop absorbed visible light from the transmitter. 10 In a classroom setup mimicking Hertz’s experiment, which observation shows radio waves are present? a A. The transmitter becomes hot after several minutes. b C. The room lights flicker briefly. c B. The metal spheres produce a louder sound. d D. A small spark forms across the gap of a nearby receiving loop when the transmitter operates.

Vous pouvez intégrer le jeu dans un LMS compatible avec LTI 1.1 ou LTI 1.3 comme Canvas, Moodle ou Blackboard. Les scores seront ainsi automatiquement enregistrés dans le carnet de notes de la plateforme.

REVIEW 41-50

Test

À propos de cette activité

Créé par

Téléchargez la version pour jouer sur papier

Top Jeux

Test

UPS 5 Seeing Habits Quiz

Test

Tissues - Practice Quiz

Test

Practice Quiz - Punnett Square, Variation, and Mutations

Test

Spanish Alphabet Listening

Test

Photosynthesis vs Cellular Respiration - Practice Quiz

REVIEW 41-50Version en ligne

par MONTEFALCON LANCE CEDRICK

Why does the sky appear blue during a clear day?

You are looking at a red shirt through a piece of red cellophane. Based on light transmission, what will you observe?

A driver sees a pool of water on a hot asphalt road that disappears as they get closer. This is caused by:

Compare the formation of a primary rainbow versus a secondary rainbow. Which statement best explains why the secondary rainbow is fainter and has reversed colors?

A navy blue suit looks almost black under store LEDs but blue outside in the sun. What explains this color shift?

To illustrate that light behaves as a wave, which atmospheric phenomenon is the best model to replicate?

Where should you place Sundogs in relation to the Sun for accuracy in a diagram?

Which scientist is credited with experimentally confirming the existence of radio waves in 1887?

What best explains why a tiny spark appeared across the small gap in Hertz’s wire loop detector?

In a classroom setup mimicking Hertz’s experiment, which observation shows radio waves are present?