Josh "Son of Playoffs" Allen

This page lists questions and answers that were posted by visitors named Josh "Son of Playoffs" Allen.

Questions

The following questions were asked by visitors named Josh "Son of Playoffs" Allen.

Simplify. – 5𝑖+9𝑖 Write your answer in the form a+b𝑖.

Simplify. – 6𝑖–𝑖 Write your answer in the form a+b𝑖.

Simplify. ( – 6+5𝑖)+(1–9𝑖) Write your answer in the form a+b𝑖.

Simplify. (4+10𝑖)+(7–5𝑖) Write your answer in the form a+b𝑖.

Simplify. – ( – 8–7𝑖)+( – 9+7𝑖) Write your answer in the form a+b𝑖.

Simplify. – (6+10𝑖)–(3+10𝑖) Write your answer in the form a+b𝑖.

Simplify. ( – 𝑖+4)+5𝑖 Write your answer in the form a+b𝑖.

Simplify. – (9𝑖+1)+(10–4𝑖) Write your answer in the form a+b𝑖.

Simplify. – 9𝑖–( – 8–10𝑖) Write your answer in the form a+b𝑖.

Simplify. (10–7𝑖)–( – 7–2𝑖) Write your answer in the form a+b𝑖.

Simplify. –1*15𝑖 Write your answer in the form a+b𝑖.

Simplify. –4*3𝑖 Write your answer in the form a+b𝑖.

Simplify. –5*𝑖3 Write your answer in the form a+b𝑖.

Simplify. –5𝑖*3 Write your answer in the form a+b𝑖.

Simplify. ( – 2–5𝑖)( – 1) Write your answer in the form a+b𝑖.

Simplify. ( – 5–2𝑖)( – 2) Write your answer in the form a+b𝑖.

Simplify. ( – 10–5𝑖)( – 10+5𝑖) Write your answer in the form a+b𝑖.

Simplify. ( – 2+9𝑖)(10–9𝑖) Write your answer in the form a+b𝑖.

Simplify. 6𝑖( – 𝑖) Write your answer in the form a+b𝑖.

Simplify. ( – 2–8𝑖)( – 3–5𝑖) Write your answer in the form a+b𝑖.

Simplify. (8–7𝑖)( – 6–5𝑖) Write your answer in the form a+b𝑖.

Simplify. 4𝑖( – 9–9𝑖) Write your answer in the form a+b𝑖.

Simplify. (3–5𝑖)^2 Write your answer in the form a+b𝑖.

Find the discriminant. z2+4z+4=0

Find the discriminant. 7u2+6u+2=0

Find the discriminant. 5v2+3v–3=0

Find the discriminant. 2y2+3y–5=0

Find the discriminant. 4w2–w+3=0

Find the discriminant. 4y2–2y+5=0 What type of solutions does the equation have?

Find the discriminant. 6t2–t–8=0 What type of solutions does the equation have?

Find the discriminant. 3s2–9=0 What type of solutions does the equation have?

Find the discriminant. 4p2+4= – 8p What type of solutions does the equation have?

Find the complex conjugate of the given number. 3+3𝑖 Write your answer in the form a+b𝑖.

Find the complex conjugate of the given number. 10–4𝑖 Write your answer in the form a+b𝑖.

Find the complex conjugate of the given number. – 4–5𝑖 Write your answer in the form a+b𝑖.

Find the complex conjugate of the given number. – 7–5𝑖 Write your answer in the form a+b𝑖.

Find the complex conjugate of the given number. – 5–10𝑖 Write your answer in the form a+b𝑖.

Find the complex conjugate of the given number. 2–10𝑖 Write your answer in the form a+b𝑖.

Find the complex conjugate of the given number. 8+9𝑖 Write your answer in the form a+b𝑖.

Find the complex conjugate of the given number. 9–4𝑖 Write your answer in the form a+b𝑖.

Find the complex conjugate of the given number. – 4𝑖 Write your answer in the form a+b𝑖.

Find the complex conjugate of the given number. – 1 Write your answer in the form a+b𝑖.

Find the complex conjugate of the given number. 8+4𝑖 Write your answer in the form a+b𝑖.

Use the Fundamental Theorem of Algebra to find the number of complex roots of the polynomial, including any repeated roots. x6–8x3–3x2+19x+19

Use the Fundamental Theorem of Algebra to find the number of complex roots of the polynomial, including any repeated roots. 3x5–x2–7

Solve the quadratic equation. x2+4x=12 Write one exact, simplified solution in each box. You can add or remove boxes. If a solution is not a real number, write it in the form a+bi or a–bi, where a and b are real numbers.

Solve the quadratic equation. 4x2+7x+8=0 Write one exact, simplified solution in each box. You can add or remove boxes. If a solution is not a real number, write it in the form a+bi or a–bi, where a and b are real numbers.

Solve the quadratic equation. x2+x+5=0 Write one exact, simplified solution in each box. You can add or remove boxes. If a solution is not a real number, write it in the form a+bi or a–bi, where a and b are real numbers.

Answers

The following answers were posted by visitors named Josh "Son of Playoffs" Allen.