An athlete is able to jump FOREVER. However, every time that she jumps she gets a bit more tired, and every jump goes
1/2 as far as her prior jump. Now, for her very first jump, she is able to jump 1/2 of a meter. On her second jump, she jumps 1/4 of a meter, and so on and so forth. Determine how many jumps it will take this athlete to jump the meter.
Answers
Answer:
.
Step-by-step explanation:
Final Answer : She will never complete 1 foot
Steps:
1) We will find the maximum value of this process, when this is carried out infinite times.
This process goes like a Infinite GP, whose
First term,a = 1/2ft.
Common Ratio, r = 1/2ft.
Maximum value of this process is One Foot when the athlete jumps forever or Practically, she will never complete her 1 foot.
Hence, Athlete will never complete. her complete .
Here,
As shown in Number line, since we are taking half distance of the previous one.
Starting from 1/2 ft. ,and ending at 1 foot.
The value always tends towardd 1 but never reaches one.
Read more on Brainly.in - https://brainly.in/question/4468407#readmore
Answer:
Final Answer : She will never complete 1 foot
Steps:
1) We will find the maximum value of this process, when this is carried out infinite times.
This process goes like a Infinite GP, whose
First term,a = 1/2ft.
Common Ratio, r = 1/2ft.
Maximum value of this process is One Foot when the athlete jumps forever or Practically, she will never complete her 1 foot.
Hence, Athlete will never complete. her complete .
Here,
As shown in Number line, since we are taking half distance of the previous one.
Starting from 1/2 ft. ,and ending at 1 foot.
The value always tends towardd 1 but never reaches one.
Step-by-step explanation:
Please mark me as the brainliest... ;)