now hold the concave lens further away from you
1. now hold the concave lens further away from you
Answer:
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2. what do you notice when you hold the concave lens further away from you look at something in the distance?
Answer:
If you look at an object through a concave lens, you'll see an image of the object that is right side up and smaller than the object normally appears. In the case of concave lenses, the distance between the object and the lens does not make a dif- ference in the type of image that is formed.
3. Now hold the concave lens further away from you (a hand-stretched forwarddistance) and look in something at a distance.Q5. What do you see? Describe the object that you are looking at using theconcave lens. You may illustrate this observation.
Answer:
As I can see using the concave lens, my Image has reduced. It became smaller and still upside down.
4. 4. Now hold the concave lens further away from you (a hand-stretched forwarddistance) and look in something at a distance.Q5. What do you see? Describe the object that you are looking at using theconcave lens. You may illustrate this observation,
Answer:
As I can see using the concave lens, My image has reduced. It became smaller and still upside down.
5. How does light rays behave when it travels from air to concave lens, and from concave lens to air?
Answer:
These rays of light will refract when they enter the lens and refract when they leave the lens. As the light rays enter into the more dense lens material, they refract towards the normal; and as they exit into the less dense air, they refract away from the normal.
6. when you hold a convex lens further from you to see objects far the image that you see is
Answer:
When you hold a convex lens farther from you to see objects afar, the image. that you see is (smaller and upside down, bigger and uprigh). 3. Lenses of our eyes are (convex, concave).
7. 1. Rita, a Medicine student, wanted to examine the differences between animal and plant cell. Her observation will be made better with the use of (magnifying glass, microscope). 2. When you hold a convex lens farther from you to see objects afar, the image that you see is (smaller and upside down, bigger and uprigh). 3. Lenses of our eyes are (convex, concave). 4. When you hold a concave lens further from you to see objects afar. The image that you see is (smaller and upright, bigger and upside down). 5. Meniscus lens is used in correcting (myopia, hyperopia).
Answer:
Q1 Microscope
Q2 Bigger and upright
Q3 Concave
Q4 Myopia.
8. how would you differentiate convex lens/mirror from concave lens/mirror?
Answer:
A concave mirror converges light to a focal point. For lenses, light converges to a point for a convex lens. A convex mirror diverges light, as does a concave lens.
Explanation:
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Answer:
LENSA concave lens is thicker at the edges and thinner at the centre. A convex lens is thicker at the centre and thinner at the edges. Due to the diverging rays, it is called a diverging lens. Due to the converging rays, it is called a converging lens.
MIRRORA concave mirror is a spherical mirror with an inwardly curved reflection surface, whereas a convex mirror is a spherical mirror with an outwardly bulged reflecting surface. A concave mirror may form a real image or a virtual image depending on the position of the image. A convex mirror always forms a virtual image.
Explanation:
HOPE IT HELPS! <39. hold a concave lens close to some prints of your science book
Answer:
It has the same effect as convex lens (the image was enlarged), but the image turned upside down
Answer:
It has the same effect as convex lens (the image was enlarged), but the image turned upside down.
#Carryonlearning
10. 4. Now hold the concave lens further away from you (a hand-stretched forwarddistance) and look in something at a distance.Q5. What do you see? Describe the object that you are looking at using theconcave lens. You may illustrate this observation.
Answer:
WHEM WE SAY CONCAVE LENS IT IS NEARSIGHTEDNESS WHICH MEANS IT POSSESSES AT LEAST ONE SURFACE THAT CURVES INWARDS. INORDER TO SEE IT CLEARLY. THE MIRROR OF THE CAR IS ONE OF THE EXAMPLE AND ALSO THE EYE GLASSES. IT CAN BENEFIT THOSE PERSON WHO HAS NEARSIGHTED.11. hold a concave lens close to some prints of your science book
It has the same effect as convex lens (the image was enlarged), but the image turned upside down.
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12. 4. Now hold the concave lens further away from you (a hand-stretched forwarddistance) and look in something at a distance.Q5. What do you see? Describe the object that you are looking at using theconcave lens. You may illustrate this observation.
Answer:
pasagot po plsss need lang po
13. which of the following converge light?A. plane mirrorsB. concave mirror and lensC. concave mirrors and convex lensD. concave mirrors and concave lens
Answer:
D or C
Explanation:
pili kana lang lods
14. Material:shiny metal spoonProcedure:1.)Hold the spoon at arm's length away from you, with its concave surface facing you. 2.)Slowly bring the spoon toward you. Keenly observe your image atdifferent distances as you move the spoon. Write your observations. 3.)Now, hold the spoon away with its convex surface facing you. Slowly bring it toward you. Observe and describe the images formed atdifferent positions.4.)Compare the images formed by the concave surface with thoseformed by the convex surface at different positions.
Answer:
1.if you look into the spoon while holding it at arm's length, you'll see an extremely magnified,upside-down image of your face.2.when you slowly bring the spoon toward you,your image become upward.And the different distances as you move the spoon,the image will getting bigger.
15. Hold the lens or improvised magnifier farther from the prints of the module ( at least 5-6cm. away)
Answer:
an sweran p0h ba yarn
Explanation:
bemg
16. no hold the concave lens farther away from you a hand stretched forward distance and looking something at a distance question number five what do you see ? describe the object that you are looking at using the concave lens . you may illustrate this observation
Answer:
As I can see using the concave lens, My jmage has reduced. It became smaller and still upside down.
17. A concave lens has a focal length of 25cm. an object is 5cm away from the lens and the object is 5cm tall. Determine the image height and the image distance?
Answer:
An object 5 cm in length is held 25 cm away from a converging lens of focal length 10 cm. Draw the ray diagram and find the position, size and the nature of the image formed. The position of the image, v =? Therefore, the distance of the image is 16.66 cm on the opposite side of the lens.
Explanation:
18. a 3.10 cm diameter coin is placed 35.0cm away from a concave lens that has a focal length of -14.0cm
Answer:
h ah ask zhaozha j a Ohio h go-To fans f.
19. looking through a concave lens arm length away can make object appear
Answer:
CONCAVE LENSESExplanation:
For quite a while of living people, we have had the choice to do a couple of extraordinary pretty things with lenses. Regardless of the way that we can't regardless be especially sure how or when the essential person which stumbled onto the possibility of the lens, clearly at some or the other point in the past history, people of obsolete times that are doubtlessly from the Near East perceived that they could without a very remarkable stretch control the term light by using a formed piece of glass. Over the later ages or many years how and for what lens objects were used begun to extend bit by bit as people started observing that they could finish different things by using different lens shapes.
A lens that is concave is a sort of lens that has something like one surface that is twisted inwards. Concave lens is a lens that is meandering in nature which infers that it spreads out the light emissions that have been refracted through it. Pictures that are formed according to internal viewpoints are upstanding, diminished, and virtual. This kind of picture is formed due to the isolating thought of this kind of lens. Depressed lenses separate a singular light outflow when it goes through inciting the advancement of upstanding, decreased, and virtual pictures. A lens that should be a concave lens is more thin at its center than at its edges and is used to resolve the issue of limit which is generally called partial blindness.
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20. Brenda holds a lens near a newspaper. The text on the paper appears larger through the lens.Brenda is most likely holding a _______ lens. A. reflective B. convex C. concave D. plane
Convex Lens
Brenda is most likely holding a convex lens.
An example of a convex lens is the magnifying glass which can make the text of the newspaper to appear larger. The magnifying glass can make the text of the newspaper to appear larger since the virtual image produced are upright and magnified.
21. differentiate the concave from the convex mirror and the concave from the convex lens
Answer:
The main difference between a convex and concave mirror lies in the image formed by the two mirrors, i.e. while convex mirror forms diminished image, the concave mirror either forms an enlarged image or a diminished one, depending upon the position of the object.
22. Directions: Complete each sentence below by choosing the correct word/words inside the parentheses. 1. Rita, a Medicine student, wanted to examine the differences between animal and plant cell. Her observation will be made better with the use of (magnifying glass, microscope). 2. When you hold a convex lens farther from you to see objects afar, the image that you see is (smaller and upside down, bigger and upright). 3. Lenses of our eyes are (convex, concave). 4. When you hold a concave lens further from you to see objects afar. The image that you see e is (smaller and upright, bigger and upside down). 5. Meniscus lens is used in correcting (myopia, hyperopia).ANSWER:1.microscope2.bigger and upright 3.concave4.smaller and upright 5.myopioEXPLAINATIONS:tama yan lods:)pa heart nalang po
1.microscope
2.bigger and upright
3.concave
4.smaller and upright
5.myopio
Explanation:
EXPLANATIONS:
tama yan lods:)
pa heart nalang po
23. What can you say about the distance of the object away from the lens and the distance of the image away from the lens?
There is no change to the image distance in the eye when we increase the distance of an object from the eye. To see closer or distant object clearly, the eyes, due to its ability of accommodation, can increase or decrease focal length of its lens, so that the image is always formed at retina.
24. hold a concave lens close to some prints
Answer:
print lang po sariling sagot
25. Looking through a concave lens, arm-length away can make object appear
Looking through a concave lens, as far as an arm's length can make objects appear smaller and upright.
Explanation:
Optics are tools/instruments that use lenses or mirrors to take advantage of the properties of light, namely that they can be reflected and refracted, the light is used to see. The image formed by a concave lens is virtual, meaning that the image will appear farther away than it really is and therefore smaller than the object itself. A concave is a lens that is thinner at the center than at the edges. According to this understanding, the characteristics of a concave lens can be easily seen through its thick shape at the edges and thin at the center.
A concave lens is a type of lens whose center is thinner than the edges. A concave lens is also known as a negative (-) lens. There are three types of concave lenses, namely biconcave lenses (double concave), plano concave lenses (concave flat), and convex-concave lenses (concave-convex lenses).
Concave lenses serve as glasses for nearsighted people. As the eyepiece of a microscope. As glasses for nearsighted people. A concave is lens negative (-) lens. The properties of a concave lens are virtual, upright, and diminished. Concave lenses are usually used for glasses and binoculars. The properties or characteristics of a concave mirror are as follows: Convergent (gathering light) The focal point is positive (in front of the reflecting surface) The amount of space for the object and image is five. on the position of the original object with respect to the concave mirror.
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26. When you hold a concave lens further from you to see objects afar. The image that you see is ?
Answer:
Bigger and upright.Explanation:
When you hold a concave lens further from you to see objects afar. The image that you see is Bigger and upright.HOPE IT HELP..#CarryOnLearning.#KeepOnLearning.27. what do we see when we hold a concave lens near your classmate books
Answer:
hentia
Explanation:
hentia is how you learn like your family do
28. hold a concave lens close to some prints
Answer:
it has the same effect as convex lens (the image was enlarge), but the image turned upside down.
Explanation:
yun lang
pa brainliest
Answer:
It has the same effect as convex lens (the image was enlarged), but the image turned upside down.
Explanation:
#Hope Its Help
#CarryOnLearning
29. compare convex lens from concave lens
Answer:
Convex lens and concave lens
Explanation:
Convex lens refers to the lens which merges the light rays at particular point, that travel through it.
Concave lens can be identified as a lens which disperses the light rays around, that hits the lens.
30. 46.How does a binocular works? A. uses convex lens that magnifies far-away objects and a prism that rotates the image for it to become upright B. uses concave lens that magnifies far-away objects and a prism that rotates the image for it to become upright C. uses convex lens that magnifies far-away objects and a mirror that rotates the image for it to become upright D. uses concave lens that magnifies far-away objects and a mirror that rotates the image for it to become upright
Answer:
D.uses concave lens that magnifies far-away objects and a mirror that
uses concave lens that magnifies far-away objects and a mirror thatrotates the image for it to become upright
Explanation:
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