Question

1. Use Laws of Logs to: a) Expand log (x^7 y^-5)/ z^-4 b) Combine 8log3A –...

1. Use Laws of Logs to:

a) Expand log (x^7 y^-5)/ z^-4

b) Combine 8log3A – 1/3log3B - .5log3C into a single logarithm

Homework Answers

Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
Solve the following logarithm equation: log (x-3) +log(x-5) =1
Solve the following logarithm equation: log (x-3) +log(x-5) =1
Match each equation with its name. (calculus 3) (x/7)^2-(y/9)^2=z/4 (x/7)^2-y/9+(z/4)^2=0 −x/7+(y/9)^2+(z/4)^2=0 (x/7)^2+(y/9)^2=(z/4)^2 (x/7)^2+(y/7)^2+(z/7)^2=1 Hyperbolic paraboloid Elliptic...
Match each equation with its name. (calculus 3) (x/7)^2-(y/9)^2=z/4 (x/7)^2-y/9+(z/4)^2=0 −x/7+(y/9)^2+(z/4)^2=0 (x/7)^2+(y/9)^2=(z/4)^2 (x/7)^2+(y/7)^2+(z/7)^2=1 Hyperbolic paraboloid Elliptic paraboloid on x axis Cone on z axis Elliptic paraboloid on y axis Sphere
Id x z y A 6 7 3 B 4 4 7 C 10 10 8...
Id x z y A 6 7 3 B 4 4 7 C 10 10 8 D 3 1 4 E 2 3 2 given Ryx= 0.6719 Ryz=0.5190 ssy=26.8 1. what is the variation in y that is redundantly explained by x and z 2. What is the proportion of variation in y that is redundantly explained by x and z
Id x z y A 6 7 3 B 4 4 7 C 10 10 8...
Id x z y A 6 7 3 B 4 4 7 C 10 10 8 D 3 1 4 E 2 3 2 given Ryx= 0.6719 Ryz=0.5190 ssy=26.8 what is the variation in y that is explained by x and z
Use logarithms to solve the following. (a) log (5x – 1) = log (x + 5)...
Use logarithms to solve the following. (a) log (5x – 1) = log (x + 5) (b) log x + log(x – 1)= log (5x) (c) e^(0.4t) = e^8 (d) 3^(5x + 1)= 3^(6 - 3x)
Id x z y A 6 7 3 B 4 4 7 C 10 10 8...
Id x z y A 6 7 3 B 4 4 7 C 10 10 8 D 3 1 4 E 2 3 2 given Ryx= 0.6719 Ryz=0.5190 ssy=26.8 what is the proportion of variation in y that is explained by x and z
a= 1, b =6 , c= 4 T(x,y,z) =(x^2 )y +(y^2 )z Find the directional derivative...
a= 1, b =6 , c= 4 T(x,y,z) =(x^2 )y +(y^2 )z Find the directional derivative of T at the point (a − 1, a, a + 1) along the direction of the vector < a, b, c >.
1. Let T(x, y, z) = (x + z, y − 2x, −z + 2y) and...
1. Let T(x, y, z) = (x + z, y − 2x, −z + 2y) and S(x, y, z) = (2y − z, x − z, y + 3x). Use matrices to find the composition S ◦ T. 2. Find an equation of the tangent plane to the graph of x 2 − y 2 − 3z 2 = 5 at (6, 2, 3). 3. Find the critical points of f(x, y) = (x 2 + y 2 )e −y...
Solve using elimination method: x-2y+3z =4 2x-y+z = -1 4x + y + z = 5...
Solve using elimination method: x-2y+3z =4 2x-y+z = -1 4x + y + z = 5 What is z in the solution?
Solve the following equations: 1) 4e^(2x)+5=17 2) e^(2x)-e^x-12=0 3) 2ln(x+1)=18 4) log(3x+2)-Log(4)=log(x+4)
Solve the following equations: 1) 4e^(2x)+5=17 2) e^(2x)-e^x-12=0 3) 2ln(x+1)=18 4) log(3x+2)-Log(4)=log(x+4)
ADVERTISEMENT
Need Online Homework Help?

Get Answers For Free
Most questions answered within 1 hours.

Ask a Question
ADVERTISEMENT