The polynomial x³+11x³+23x-35 represents the volume in cubic feet of a rectangular holding tank at a fish hatchery. The depth of the tank is (x-1) feet.the length is 7 feet.

A. use synthetic division to help you factor the volume polynomial.how many linear factors should you look for?what are they?

B. Assume the length is the greatest dimension. Which linear factor represents the 7 ft length?what are the dimensions of the tank?

C.what is the volume? Do you get the same volume if you substitute the value of x into x³+11x²+23x-35?

PLEASE HELP ME..I NEED YOUR HELP

THANKS!

The polynomial x³+11x³+23x-35 represents the volume in cubic feet of a rectangular holding tank at a fish hatchery. The depth of the tank is (x-1) feet.the length is 7 feet.

A. use synthetic division to help you factor the volume polynomial.how many linear factors should you look for?what are they?

B. Assume the length is the greatest dimension. Which linear factor represents the 7 ft length?what are the dimensions of the tank?

C.what is the volume? Do you get the same volume if you substitute the value of x into x³+11x²+23x-35?

PLEASE HELP ME..I NEED YOUR HELP

THANKS!The polynomial x³+11x³+23x-35 represents the volume in cubic feet of a rectangular holding tank at a fish hatchery. The depth of the tank is (x-1) feet.the length is 7 feet.

A. use synthetic division to help you factor the volume polynomial.how many linear factors should you look for?what are they?

B. Assume the length is the greatest dimension. Which linear factor represents the 7 ft length?what are the dimensions of the tank?

C.what is the volume? Do you get the same volume if you substitute the value of x into x³+11x²+23x-35?

PLEASE HELP ME..I NEED YOUR HELP

THANKS!The polynomial x³+11x³+23x-35 represents the volume in cubic feet of a rectangular holding tank at a fish hatchery. The depth of the tank is (x-1) feet.the length is 7 feet.

A. use synthetic division to help you factor the volume polynomial.how many linear factors should you look for?what are they?

B. Assume the length is the greatest dimension. Which linear factor represents the 7 ft length?what are the dimensions of the tank?

C.what is the volume? Do you get the same volume if you substitute the value of x into x³+11x²+23x-35?

PLEASE HELP ME..I NEED YOUR HELP

THANKS!The polynomial x³+11x³+23x-35 represents the volume in cubic feet of a rectangular holding tank at a fish hatchery. The depth of the tank is (x-1) feet.the length is 7 feet.

A. use synthetic division to help you factor the volume polynomial.how many linear factors should you look for?what are they?

B. Assume the length is the greatest dimension. Which linear factor represents the 7 ft length?what are the dimensions of the tank?

C.what is the volume? Do you get the same volume if you substitute the value of x into x³+11x²+23x-35?

PLEASE HELP ME..I NEED YOUR HELP

THANKS!The polynomial x³+11x³+23x-35 represents the volume in cubic feet of a rectangular holding tank at a fish hatchery. The depth of the tank is (x-1) feet.the length is 7 feet.

A. use synthetic division to help you factor the volume polynomial.how many linear factors should you look for?what are they?

B. Assume the length is the greatest dimension. Which linear factor represents the 7 ft length?what are the dimensions of the tank?

C.what is the volume? Do you get the same volume if you substitute the value of x into x³+11x²+23x-35?

PLEASE HELP ME..I NEED YOUR HELP

THANKS!The polynomial x³+11x³+23x-35 represents the volume in cubic feet of a rectangular holding tank at a fish hatchery. The depth of the tank is (x-1) feet.the length is 7 feet.

A. use synthetic division to help you factor the volume polynomial.how many linear factors should you look for?what are they?

B. Assume the length is the greatest dimension. Which linear factor represents the 7 ft length?what are the dimensions of the tank?

C.what is the volume? Do you get the same volume if you substitute the value of x into x³+11x²+23x-35?

PLEASE HELP ME..I NEED YOUR HELP

THANKS!