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3) Processing Requirements: Altitude to calculate the time(d), value of g = 9.8m/sec. 4). Algorithm: Step 1) Declare two variable d as a float which is the altitude and t as time to store output, initialize g as 9.8 Step 2) Take the input of altitude from user. Step 3) Apply the formula for time (t=V (2 * d)/9 Step 4) Store the result in a variable t. Step 6) Print the time.

3) Processing Requirements: Altitude to calculate the time(d), value of g = 9.8m/sec. 4). Algorithm: Step 1) Declare two variable d as a float which is the altitude and t as time to store output, initialize g as 9.8 Step 2) Take the input of altitude from user. Step 3) Apply the formula for time (t=V (2 * d)/9 Step 4) Store the result in a variable t. Step 6) Print the time.

Computer Networking: A Top-Down Approach (7th Edition)
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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4G 4G 10:18 O O 0.a 65% 3) Processing Requirements: Altitude to calculate the time(d), value of g = 9.8m/sec. 4). Algorithm: Step 1) Declare two variable d as a float which is the altitude and t as time to store output, initialize g as 9.8 Step 2) Take the input of altitude from user. Step 3) (2 Apply the formula for time (t=V Step 4) Store the result in a variable t. Step 6) Print the time. Step2 b) Below is the code with output: u:.. -1.. de ? VX |I
Transcribed Image Text:4G 4G 10:18 O O 0.a 65% 3) Processing Requirements: Altitude to calculate the time(d), value of g = 9.8m/sec. 4). Algorithm: Step 1) Declare two variable d as a float which is the altitude and t as time to store output, initialize g as 9.8 Step 2) Take the input of altitude from user. Step 3) (2 Apply the formula for time (t=V Step 4) Store the result in a variable t. Step 6) Print the time. Step2 b) Below is the code with output: u:.. -1.. de ? VX |I
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