Find the remainder when f(x) = 4x³ + 20x + 50 is divided by x³

To find the remainder of a polynomial when divided by another polynomial, we can use the Remainder Theorem. For our polynomial f(x) = 4x³ + 20x + 50, we want to divide it by x³. When we divide a polynomial of degree n by a polynomial of degree m, if m < n, the remainder […]

What is the remainder when 3x^4 + 2x^3 + x^2 + 2x + 24 is divided by 2?

To find the remainder when the polynomial 3×4 + 2×3 + x2 + 2x + 24 is divided by 2, we can evaluate the polynomial at specific values that represent congruence classes modulo 2. First, we look at the coefficients of the polynomial: The coefficient of x4 is 3, which is congruent to 1 modulo […]

What is the equation of a vertical line passing through the point (3, 5)?

A vertical line has a constant x-value for all points on the line. To find the equation of a vertical line that passes through the point (3, 5), we simply take the x-coordinate of the point. In this case, the x-coordinate is 3. Therefore, the equation of the vertical line can be expressed as: x […]

Evaluate sin(p/4) cos(p/6) sin(p/6) cos(p/4)

To evaluate the expression sin(p/4) cos(p/6) sin(p/6) cos(p/4), we can start by using known values for the sine and cosine functions at these angles. Firstly, we know: sin(p/4) = sqrt(2)/2 cos(p/4) = sqrt(2)/2 sin(p/6) = 1/2 cos(p/6) = sqrt(3)/2 Now, substituting these values into the expression: sin(p/4) cos(p/6) sin(p/6) cos(p/4) = (sqrt(2)/2) * (sqrt(3)/2) * […]

For what value of x is sin x cos 19 where 0 < x < 90?

To solve the equation sin x = cos 19, we can use the identity that relates sine and cosine: sin x = cos (90 – x). This means we can set up the equation: cos (90 – x) = cos 19 From the properties of cosine, we know that if cos A = cos B, […]