Enumerate five (5) pairs of words that are opposite in meaning Example: dark-bright1.________ - _________2.________ - _________3.________ - _________4.________ - _________5.________ - _________
1. Enumerate five (5) pairs of words that are opposite in meaning Example: dark-bright1.________ - _________2.________ - _________3.________ - _________4.________ - _________5.________ - _________
Answer:
white black
pretty ugly
running walking
morning night
slow fast
Explanation:
pa brainliest po thanks
2. Give the antonym (opposite) of the following words. 1. rough - 2. abandoned 3. pride - 4. Sturdy- 5. bright -
Answer:
1. rough-rouhting 2. abandoned-abandone 3. pride-prides 4. sturdy-study 5. bright-brightines
Explanation:
3. 13. Wavelength and Frequencya.Directly Proportionalb.Inversely Proportional (Opposite)14. Frequency and Energya.Directly Proportionalb.Inversely Proportional (Opposite)15. Intensity and Frequencya.Directly Proportionalb.Inversely Proportional (Opposite)16. intensity and Temperaturea.Directly Proportionalb.Inversely Proportional (Opposite)17. Intensity and Brightnessa.Directly proportionalb.Inversely Proportional (Opposite)18. Intensity and Energya.Directly Proportionalb.Inversely Proportional (Opposite)19. Amplitude and Intensitya.Directly Proportionalb.Inversely Proportional (Opposite)20. Amplitude and Temperaturea.Directly Proportionalb.Inversely Proportional (Opposite)
Answer:
1.d
2.b
3.a
4.c
5 b
6b
7d
8b
9a
10a
11c
12.a
13c
14b
15b
16b
17d
18c
19a
20b
4. 5. a person exerted 100 N pushing thebox and another person in oppositedirection exerted 150N BALANCE OR UNBALANCE SAGOT DAYUN BRIGHT BTAW KA
Answer:
unbalance sagot dayun brigth btawka
5. 13. Wavelength and Frequency a.Directly Proportional b.Inversely Proportional (Opposite) 14. Frequency and Energy a.Directly Proportional b.Inversely Proportional (Opposite) 15. Intensity and Frequency a.Directly Proportional b.Inversely Proportional (Opposite) 16. intensity and Temperature a.Directly Proportional b.Inversely Proportional (Opposite) 17. Intensity and Brightness a.Directly proportional b.Inversely Proportional (Opposite) 18. Intensity and Energy a.Directly Proportional b.Inversely Proportional (Opposite) 19. Amplitude and Intensity a.Directly Proportional b.Inversely Proportional (Opposite) 20. Amplitude and Temperature a.Directly Proportional b.Inversely Proportional (Opposite)
Answer:
13.a
14.a
15.b
16.a
17.a
18.a
19.a
20.a
Explanation:
"don't judge me if my answer is wrong, put the correct answer if you want"
*paki brainliest po
6. what are the factors that causes the brightness of a star as seen from the earth A.atmospheric refractionB.distance and time C.distance and apparent brightnessD.distance and absolute brightness
Answer:
Three factors control the brightness of a star as seen from Earth: how big it is, how hot it is, and how far away it is. Magnitude is the measure of a star's brightness. Apparent magnitude is how bright a star appears when viewed from Earth.
7. What is the relationship between amplitude of a light wave to its brightness? * 1 pa. Amplitude increase: brightness increases b. Amplitude decrease: Brightness increases c. Amplitude increases: brightness remain the same d. Amplitude remains: brightness increases.
What is the relationship between amplitude of a light wave to its brightness? *
a. Amplitude increase: brightness increases
b. Amplitude decrease: Brightness increasesc. Amplitude increases: brightness remain the same
d. Amplitude remains: brightness increases.
Explanation:
Hope It's Help!
8. brightness is to bright as heaviness is to
Answer:
heavy
Explainationnn: yan po sagot
9. 2.Brightness is to bright as heaveness is to_______.A.LightB.HeaveC.HeavyD.Greatness
Answer:
C. Heavy
Explanation:
Because Thats The Answer :>
Answer:
C.Heavy
Explanation:
because brightness is bright as heaveness is to heavy
10. brightness is to bright as heaviness is to ___? a. light b.heave c. heavy d.greatness
Answer:
c.heavy
c.c.c.c.c.c.c.c.c.c.c.c.c.
Answer:
C.
Heaviness-heavy
Cccccc
11. Brightness is to bright as heaviness is to?
Answer:
C. Heavy
Explanation:
Stands for heaviness
12. Brightness is to bright as heaviness is to _____?A.lightB.heaveC.heavyD.greatness
Answer:
Heavy i guess
Answer:
a
Explanation:
a
13. Types of Analogies 1. Antonym-pairs that show an opposite relationship Examples: girl: boy woman: man happy: sad interesting: boring night day dark: bright
Answer:
1.hot:cold::fast:slow
2.pretty:ugly::rich:cheap
3.strong:weak::lazy:hardworking
14. Brightness is to bright as heaviness is to _____?A.lightB.heaveC.heavyD.greatness
Answer:
C.heavy
Explanation:
basta yon na yon
Answer:
c heavy
Explanation:
beacause the answer is c
15. differentiate apparent brightness from absolute brightness
APPARENT BRIGHTNESS VS. ABSOLUTE BRIGHTNESS
An apparent brightness of a celestial object is can be found and seen from the specific location on earth. It takes into account both the object's inherent brightness and distance. In astronomy there are two concepts used to describe the brightness of celestial object such as stars and these are the apparent brightness and absolute brightness.
APPARENT BRIGHTNESS An apparent brightness happens when a The brightness of an object as viewed from a particular spot on Earth. It considers both the object's intrinsic brightness (absolute brightness) and distance from Earth. Even though they are both intrinsically brilliant, objects closer to Earth appear brighter than objects farther away. Amounts of apparent magnitude are used to measure apparent brightness.ABSOLUTE BRIGHTNESS Absolute brightness or known as inherent brightness, refers to an object's real brightness without regard for its distance from Earth. It is a measurement of the amount of energy emitted by an object per unit of time. Absolute brightness is typically measured in absolute magnitude units.To know more about absolute brightness : brainly.ph/question/28962168
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16. Pair the words that have opposite meanings. Write them on the lines. A B dark lost ------------ cold walk ------------ like slow ------------- noisy hate ---------- loud full --------- appear lie ---------------- run hot ------------- hungry quiet ----------- fast bright ------------ truth silent ----------------
Answer:
dark-bright
cold-hot
like-hate
noisy-silent
loud-quiet
appear-lost
run-walk
hungry-full
fast-slow
truth-lie
17. Difference of apparent brightness and absolute brightness?
Answer:
apparent brightness you see from the earth
absolute brightness is the brightness the star would have if all stars were the same distance from earth
18. DEFINITIONMEASUREMENTApparent brightnessAbsolute brightness
Answer:
However, the brightness of a star depends on its composition and how far it is from the planet. Astronomers define star brightness in terms of apparent magnitude — how bright the star appears from Earth — and absolute magnitude — how bright the star appears at a standard distance of 32.6 light-years, or 10 parsecs.
19. differentiate apparent brightness from absolute brightness
Answer:
Apparent brightness refers to the perceived brightness of an object as seen from a specific location, such as the Earth. It is affected by both the intrinsic brightness of the object and its distance from the observer. Objects that are closer to us will generally appear brighter than objects that are farther away, even if they have the same intrinsic brightness. Apparent brightness is usually measured in units of magnitudes or in watts per square meter.
Absolute brightness, on the other hand, refers to the actual brightness of an object, regardless of its distance from the observer. It is also known as intrinsic brightness or luminosity. Absolute brightness is a measure of the total amount of energy that an object emits per unit time, and it is usually measured in units of watts. It is a fundamental property of an object that is determined by its size, temperature, and other physical characteristics.
To summarize, apparent brightness is the brightness of an object as it appears to an observer, while absolute brightness is the actual brightness of the object.
20. Brightness is to bright as heaviness is too
heaviness is too heavy
21. brightness is to bright as heaviness is to
Answer:
heavy
Explanation:
22. Which statement describes absolute and apparent brightness? Absolute brightness and apparent brightness are identical ways to describe the brightness of a star. Absolute brightness and apparent brightness change with the distance from the star to the observer. Absolute brightness depends on the distance from the star to the observer, whereas apparent brightness is always the same. Absolute brightness is the actual amount of light produced by the star, whereas apparent brightness changes with distance from the observer.
Which statement describes absolute and apparent brightness?
Absolute brightness and apparent brightness are identical ways to describe the brightness of a star.
Absolute brightness and apparent brightness change with the distance from the star to the observer.
Absolute brightness depends on the distance from the star to the observer, whereas apparent brightness is always the same.
Absolute brightness is the actual amount of light produced by the star, whereas apparent brightness changes with distance from the observer.
#Hope it helps
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23. brightness bright heaviness heavy analogies
Answer:
Heavy
Explanation:
correct me if I'm wrong
24. brightness isti bright heviness is to?
Answer: heavy po brightness is to bright and heviness is to heavy
25. 3. What is the negation of the statement, “Evangel is a bright kid? A. It is not Evangel who is a bright kid. B. Evangel is not a bright kid. C. Evangel can be a bright kid. D. Evangel cannot be the bright kid.
Answer:C. Evangel can be a bright kid.
26. which is the difference of apparent brightness and absolute brightness of the star
Apparent magnitude measures the brightness of the star observed from any point, whereas absolute magnitude measures the brightness of the star observed from a standard distance away.
Carry on learning:)
27. the brightness of the star is determined by two factors distance and actual brightness. what type of brightness depends on how far the star is from the earth
The type of brightness that depends on how far the star is from the Earth is called "apparent brightness".
Apparent brightness refers to how bright a star appears to an observer on Earth, taking into account the distance between the star and the observer. The apparent brightness of a star is affected not only by its actual brightness (or luminosity) but also by its distance from Earth.
The apparent brightness of a star is measured in units of magnitude, with brighter stars having lower magnitudes. The brightness of a star as seen from Earth can be affected by factors such as atmospheric conditions, light pollution, and the observer's location on the planet.
In contrast, the actual brightness of a star, also known as its luminosity, is a measure of the total amount of energy that the star emits per unit time, and is independent of the star's distance from Earth. Actual brightness is an intrinsic property of a star and is measured in units of watts or solar luminosities.
28. C. Assessment/Application/Outputs Directions: Write S if the pair of words have the same meaning (synonyms ) and A if the pair of words have opposite meaning (antonyms ) Examples: 1. pretty - ugly 2. smart - bright Answer: 1. A 2. S 7
Answer:
Where is the question po?
29. 1. Which of the following is correct about the brightness of light?a. The closer the light source is the greater the brightnessb. The farther away the light source, the greater the brightnessc. Brightness cannot be changedd. None of these
Answer:
A.The closer the light source the greater the brightness
Explanation:
Correct me if im wrong :)))))))))
30. What do you call the brightness of a star as seenfrom the Earth?a. Absolute brightnessb. Apparent brightnessc. Actual brightnessd. Definite brightness
QUESTION:
What do you call the brightness of a star as seen from the Earth?
Answer:
b. Apparent brightnesshope it helps:)
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