Pregunta
- Andre and Lin are asked to write an equation for
that isn’t recursive. Andre writes
for
while Lin writes
for
. Whose equation do you think is correct?
A I think Andre’s equation is correct.
B I think Lin’s equation is correct.
C I think both equations are correct.
D I think neither is correct.
Explain your reasoning!
A I think Andre’s equation is correct.
B I think Lin’s equation is correct.
C I think both equations are correct.
D I think neither is correct.
Explain your reasoning!
Ask by Stewart Olson. in the United States
Jan 27,2025
Solución de inteligencia artificial de Upstudy
Respuesta verificada por el tutor
Responder
Both Andre’s and Lin’s equations are correct because they both produce the same sequence of values starting from
.
Solución
To determine whose equation for
is correct, let’s analyze both equations provided by Andre and Lin.
-
Andre’s Equation:
- This equation starts at
. - For
, . - For
, . - For
, . - The values of
are which is a geometric sequence with a common ratio of 3.
- This equation starts at
-
Lin’s Equation:
- This equation starts at
. - For
, . - For
, . - For
, . - The values of
are which is also a geometric sequence with a common ratio of 3.
- This equation starts at
Comparison:
- Both equations yield the same sequence of values starting from
for Lin’s equation and from for Andre’s equation. - Andre’s equation provides a value for
, while Lin’s equation does not define .
Conclusion:
- Since both equations produce the same values for
and Andre’s equation includes with a defined value, we can conclude that both equations are correct, but Andre’s is more comprehensive as it covers the case for .
Thus, the correct answer is:
C I think both equations are correct.
C I think both equations are correct.
Respondido por UpStudy AI y revisado por un tutor profesional
Como
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Mind Expander
Let’s evaluate both equations based on their definitions:
Andre’s equation,
, begins with
. Thus, for
,
. For
,
, and it continues in this manner.
On the other hand, Lin’s equation
starts from
. If we plug in
, we get
and for
,
. Thus, Lin’s equation does not give a value for
.
In this case, both equations are valid within their stated domains, but they yield different outputs for
. Since Andre’s equation is valid for
and inclusive of all natural numbers starting from zero, the correct answer leans towards A: I think Andre’s equation is correct.
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