Solution 2.3:7a
From Förberedande kurs i matematik 1
(Difference between revisions)
			  			                                                      
		          
			m   | 
			|||
| Line 1: | Line 1: | ||
| - | In the polynomial  | + | In the polynomial <math>1-x^{2}</math>, only the second term depends on ''x'' and, on account of the minus sign in front of that term, the whole expression is largest when the square ''x''² is least. The quadratic term ''x''² is least when <math>x=0</math>. The polynomial's largest value is equal to <math>1-0^{2}=1\,</math>.  | 
| - | <math>1-x^{2}</math>, only the second term depends on   | + | |
| - | + | ||
| - | and, on account of the minus sign in front of that term, the whole expression is largest when the square   | + | |
| - | + | ||
| - | is least. The quadratic term   | + | |
| - | + | ||
| - | is least when  | + | |
| - | <math>x=0</math>. The polynomial's largest value is equal to  | + | |
| - | <math>1-0^{2}=1</math>.  | + | |
Current revision
In the polynomial \displaystyle 1-x^{2}, only the second term depends on x and, on account of the minus sign in front of that term, the whole expression is largest when the square x² is least. The quadratic term x² is least when \displaystyle x=0. The polynomial's largest value is equal to \displaystyle 1-0^{2}=1\,.
