Answer:
True.......
Explanation:
To draw a ray diagram we will require at least two different incident rays. Only then we will get two different reflected or refracted rays.
.
[tex]\huge\color{black}\boxed{\colorbox{aqua}{answer}}[/tex]
[tex]\huge\color{black}\boxed{\colorbox{aqua}{true}}[/tex]
When drawing a ray diagram, it is convenient to choose at least two incident rays for ease of representation and analysis.
[tex]\bold{ \red{Drop} \: \blue{\: some} \: \pink{ \: thanks } \: \green{\: ♡}}[/tex].............[tex]\bold{ \red{Drop} \: \blue{\: some} \: \pink{ \: thanks } \: \green{\: ♡}}[/tex].............[tex]\bold{ \red{Drop} \: \blue{\: some} \: \pink{ \: thanks } \: \green{\: ♡}}.............[/tex]
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Answers & Comments
Answer:
True.......
Explanation:
To draw a ray diagram we will require at least two different incident rays. Only then we will get two different reflected or refracted rays.
.
.
Verified answer
[tex]\huge\color{black}\boxed{\colorbox{aqua}{answer}}[/tex]
[tex]\huge\color{black}\boxed{\colorbox{aqua}{true}}[/tex]
When drawing a ray diagram, it is convenient to choose at least two incident rays for ease of representation and analysis.
[tex]\bold{ \red{Drop} \: \blue{\: some} \: \pink{ \: thanks } \: \green{\: ♡}}[/tex].............[tex]\bold{ \red{Drop} \: \blue{\: some} \: \pink{ \: thanks } \: \green{\: ♡}}[/tex].............[tex]\bold{ \red{Drop} \: \blue{\: some} \: \pink{ \: thanks } \: \green{\: ♡}}.............[/tex]