theta = 0 is the only solution.
0
It has no solutions because the discriminant of b2-4ac is less than zero
yes because - or negative is less than 0.
Solving for an inequality requires an additional step. First you solve as if for an equation, then you need to find which numbers give greater than and less than. The easy way to do this is to put in 0 for the variable and see where the values go greater or less. Example: What is the inequality table for 5x=20? when x=4 the equation balances. if x=0 then the left side is less than 20, so all numbers from 4 towards 0 are going to give "less than" values, so all numbers less than 4. The table is {x|(-∞,4),4,(4,∞)}■
theta = 0 is the only solution.
The pH of an acidic solution is less than 7. Typically, acidic solutions have a pH range of 0 to 6.9.
0-6 and everything less than 7 (grade 7 science)
0 is less than 4 but 0 is greater than -4
0
Yes, 0 is less than 1.
It has no solutions because the discriminant of b2-4ac is less than zero
yes because - or negative is less than 0.
It is less than 0. That is what the minus sign, "-", means!
Solving for an inequality requires an additional step. First you solve as if for an equation, then you need to find which numbers give greater than and less than. The easy way to do this is to put in 0 for the variable and see where the values go greater or less. Example: What is the inequality table for 5x=20? when x=4 the equation balances. if x=0 then the left side is less than 20, so all numbers from 4 towards 0 are going to give "less than" values, so all numbers less than 4. The table is {x|(-∞,4),4,(4,∞)}■
less than
0 x b = 0 has more than 1 solution. This is because 0x1= 1 and 0x2= 0 does too.