- ₂ F₁ (-m. a + m;c; x) = +++(c + m) -r (c) dm [x²+m-¹ (1-x)²-c+m] m

(D³ – D)y = -2(1+x) + 4e* – 6e¬* + 96e3x

Find the elimination of the arbitrary constant

T6

x(x -2) = 9

d. x(1+x²)

E y= (4x²-5)* (3x-2)

Different strains of a virus survive in the air for different time periods. For a strain that survives t minutes, let N=h(t) be the number of people infected (in thousands). The most common strain survives for t0 minutes.What does the statement h(t0+15) tell you about the number of people infected?       h(t0+15) is the number of strains whose open-air survival time is 15 minutes.   h(t0+15) is the number of people (in thousands) infected by a strain 15 minutes after the common strain.   h(t0+15) is the number of people (in thousands) infected by a strain whose open-air survival time is 15 minutes shorter than the most common strain.   h(t0+15) is the number of people (in thousands) infected by a strain whose open-air survival time is 15 minutes longer than the most common strain.   h(t0+15) is the number of strains whose open-air survival time is 15 minutes longer than the most common strain.

Help with steps to solve c64

(a + 5) = 49 x +5 2.