Zero Product Principle - Page 3
Questions
- How do you solve #81-1/25x^2=0#?
- Give an example,with justification, of each of the following:(i) A zero divisor in ZZ_5, (ii)An element of C [0,1] which is not a zero divisor, (iii)A subring of an integral domain which is not an integral domain.?
- How do you solve #a^2=4a#?
- How do you solve #6x^2 - 5x - 56 = 0# by factoring?
- How do you solve #a^2+11a=-18#?
- How do you solve #y^2+y=20#?
- How do you solve #x(x + 9) = 0#?
- How do you solve by factoring and using the principle of zero products #36r^2=16#?
- How do you solve #20p^2-15p=0#?
- How do you solve #(x+2)^2-(x-2)^2=(x-1)^2-(x-3)^2#?
- How do you solve #6x^2 + x = 5# by factoring?
- Can you apply the zero product property in the problem #(x+6)+(3x-1)=0#?
- How do you find the zeros by rewriting the function #g(x)=3x^2+24x+21# in intercept form?
- How is solving an equation that includes cubes similar to solving an includes squares? How is it different?
- How do you solve # y=2x^2-4x-48# by factoring?
- How do you solve # 6x^2=4x #?
- How do you find the zeros of #y=4x^2+1#?
- The equation #2x^2-2x-12=0# is factored. Each factor is set equal to zero. What are these two equations?
- How do you solve #2x^2 - 6x = 0# by factoring?
- How do you solve by factoring #30x^3 = 21x^2 + 135x#?