1. Write suitable if statements for the following conditions: a. If an angle is equal to 90 degrees, print the message "The angle is a right angle."; else, print the message "The angle is not a right angle." b. If the temperature is above 100 degrees, display the message "above the boiling point of water"; else, display the message "below the boiling point of water." c. If the number is positive, add the number to the variable positivesum; else, add the number to the variable negativesum.

Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
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1. Write suitable if statements for the following conditions:
a. If an angle is equal to 90 degrees, print the message "The angle is a right
angle."; else, print the message "The angle is not a right angle."
b. If the temperature is above 100 degrees, display the message "above the
boiling point of water"; else, display the message "below the boiling point of
water."
c. If the number is positive, add the number to the variable positivesum; else,
add the number to the variable negativesum.
d. If the slope is less than 0.5, set the variable flag to 0; else, set flag to 1.
e. If the difference between slopel and slope2 is less than 0.001, set the variable
approx to 0; else, calculate approx as the quantity (slopelf-fslope2)f/f2.0.
f. If the frequency is above 60, display the message "The frequency is too
high."
g. If the difference between templ and temp2 exceeds 2.3, calculate the variable
error as (templf-ftemp2)f*ffactor.
h. If x is greater than y and z is less than 20, request that the user input a value
for the variable p.
Transcribed Image Text:1. Write suitable if statements for the following conditions: a. If an angle is equal to 90 degrees, print the message "The angle is a right angle."; else, print the message "The angle is not a right angle." b. If the temperature is above 100 degrees, display the message "above the boiling point of water"; else, display the message "below the boiling point of water." c. If the number is positive, add the number to the variable positivesum; else, add the number to the variable negativesum. d. If the slope is less than 0.5, set the variable flag to 0; else, set flag to 1. e. If the difference between slopel and slope2 is less than 0.001, set the variable approx to 0; else, calculate approx as the quantity (slopelf-fslope2)f/f2.0. f. If the frequency is above 60, display the message "The frequency is too high." g. If the difference between templ and temp2 exceeds 2.3, calculate the variable error as (templf-ftemp2)f*ffactor. h. If x is greater than y and z is less than 20, request that the user input a value for the variable p.
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