For Exercise, solve the equation. V3x + 1 = 11

Q: For Exercise, solve for the indicated variable. t2 for v2 S2V2 S¡V1

A: Given:

Q: solve the equation for x. a(x+b)=c

A:

Q: For Exercise, solve the equation. 4 = 3 + 3(x + 1)

A: Given:

Q: For Exercise, solve the equation. 2 3 15

A:

Q: For Exercise, make an appropriate substitution and solve the equation. 4 + 1 = 0 -- х

A:

Q: For Exercise, solve the equation. 2 (x + 1) + 10 ||

A: The given equation is

Q: Solve the equation. e4x+4e2x-21=0

A: Let us suppose y = e2x, substitute the value of y in the given equation:

Q: Solve the linear equation 2(3x + 2) = 2x - 1+ x. State the property that justifies your first step…

A:

Q: For Exercise, solve the equation. (x2− 4)2 − 7(x2 − 4) − 60 = 0

A: Given:

Q: For Exercise, solve the equation. 10w2/3 10

A: To solve the given equation.

Q: For Exercise, solve the equation. V5 = 5'

A:

Q: For Exercise, solve the equation. -2V3m + 4 – 3 = 5

A:

Q: For Exercise, solve for the indicated variable.5x + y = −18 for y

A: Consider the given equation.

Q: For Exercise, solve the equation. 2x(x + 2) = 5x + 7

A: Given: The equation

Q: For Exercise, solve the equation. 6 = 9 + V5 – 3x

A:

Q: For Exercise, solve the equation. V2n + 29 + 3 = n

A:

Q: Solve the equation. e4x + 4e2x - 21 = 0

A: A quadratic equation of the form x2+ax+bx+ab can be factored as (x+a)(x+b). For a factored quadratic…

Q: For Exercise, solve the equation. | 2p*/5

A: Given

Q: For Exercise, solve the equation. 4 -2 5z - 3 4z + 7

A:

Q: For Exercise, solve the equation. V3 = 3"

A:

Q: For Exercise, solve the equation. x + 1) - 2 3" 1) –

A: Given expression

Q: For Exercise, solve the equation.  7 = 5 − 2(4q − 1)

A: We need to solve the equation 7 = 5 − 2(4q − 1).

Q: Solve the equation -3X + A = B for X, given that and B = [ 2 -5 –1

A:

Q: For Exercise, solve the equation. 2 &x – 3 2x + 5

A: We cross multiply

Q: For Exercise, make an appropriate substitution and solve the equation. +- +1 = 0 -- at a

A: Let  Then substitute this in the given equation Use quadratic formula to find x

Q: For Exercise, solve the equation. 36d -2 − 5d -1 − 1 = 0

A: Given,

Q: For Exercise, solve the equation. x + 3 :- 4 + 2 = 5х х

A: LCM of the denominators is =5x So to get rid of the fractions we multiply both sides by 5x.

Q: Solve:- 4

A: Given that      dy/dx = (3y - 4x3)/x

Q: For Exercise, solve the equations. -w 2 3 2

A: Add 1/3 to both sides

Q: For Exercise, use A = -4 and solve for X 4 and B = -2. [6 A + 5X = B

A:

Q: For Exercise, solve the equation. Va + 18 + 2 = a

A:

Q: For Exercise, solve the equation. 5m 3 т — 1 т + Зт — 4 т+4

A: Given,

Q: For Exercise, solve the equation. V4 – x – V2x + 1 = 0

A: Given equation

Q: For Exercise, solve the equation. V1 + Vx + Vx + 1 = 2

A:

Q: For Exercise, use A = and B = -4 -4 and solve for X. 6. 2A - B = 10X

A:

Q: For Exercise, solve the equation. т 2 + 1 2m + 1 т — 3

A: Given equation

Q: For Exercise, use A = 61 and B = -2 -4 and solve for X. 4 2X - B = A

A:

Q: Solve the equation. e4x-1=(e2)x

A: Given,  e4x-1 = e2x  We have to solve the equation

Q: For Exercise, solve the equation. V2t + 8 – t= 4

A: Given equation:

Q: For Exercise, solve the equation. 3 20 ||

A:

Q: For Exercise, solve the equation. x+1 72r-3 = 49

A:

Q: y" -[1 + (y')*]»/2 = 0

A:

Q: Solve the linear equation:- (x +3)/6 = 3/8 +(x - 5)/4.

A:

Q: For Exercise, solve the equation. /y + 7 – V4y + 5 = 0

A: Add 6th root of (4y+5)

Q: For Exercise, solve the equation. 0.65(x − 6) + 0.35(x + 4) = 0.5

A:

Q: For Exercise, solve for the indicated variable. 3 -m' for m, m > 0

A: Given that, Q=34m3           ...(1)

Q: For Exercise, make an appropriate substitution and solve the equation. 3 -4 (т — 3) 3 т

A:

Q: To solve a linear equation, use the ________ and ________ properties of equality to_______ the…

A: To solve a linear equation, use the Subtraction and Addition properties of equality to isolating the…

Q: For Exercise, solve the equation. Vx + Vx + 2 = 3

A:

Q: For Exercise, solve the equation. т + 2 т — 4 т+1 4

A: The given expression is