Problem 5.71TI: Find the quotient: 72a7b3(8a12b4) . Problem 5.72TI: Find the quotient: 63c8d3(7c12d2) . Problem 5.73TI: Find the quotient: 28x5y1449x9y12 . Problem 5.74TI: Find the quotient: 30m5n1148m10n14 . Problem 5.75TI: Find the quotient: (32a2b16ab2)(8ab) . Problem 5.76TI: Find the quotient: (48a8b436a6b5)(6a3b3) . Problem 5.77TI: Find the quotient: (y2+10y+21)(y+3) . Problem 5.78TI: Find the quotient: (m2+9m+20)(m+4) . Problem 5.79TI: Find the quotient: (x47x2+7x+6)(x+3) . Problem 5.80TI: Find the quotient: (x411x27x6)(x+3) . Problem 5.81TI: Find the quotient: (x264)(x4) . Problem 5.82TI: Find the quotient: (125x38)(5x2) . Problem 5.83TI: Use synthetic division to find the quotient and remainder when 3x3+10x2+6x2 is divided by x+2 . Problem 5.84TI: Use synthetic division to find the quotient and remainder when 4x3+5x25x+3 is divided by x+2 . Problem 5.85TI: Use synthetic division to find the quotient and remainder when x416x2+5x+20 is divided by x+4 . Problem 5.86TI: Use synthetic division to find the quotient and remainder when x49x2+2x+6 is divided by x+3 . Problem 5.87TI: For functions f(x)=x25x24 and g(x)=x+3 , find (a) (fg)(x) (b) (fg)(3) . Problem 5.88TI: For functions f(x)=x25x36 and g(x)=x+4 , find (a) (fg)(x) (b) (fg)(5) . Problem 5.89TI: Use the Remainder Theorem to find the remainder when f(x)=x3+4x+15 is divided by x+2 . Problem 5.90TI: Use the Remainder Theorem to find the remainder when f(x)=x37x+12 is divided by x+3 . Problem 5.91TI: Use the Factor Theorem to determine if x5 is a factor of f(x)=x3125 . Problem 5.92TI: Use the Factor Theorem to determine if x6 is a factor of f(x)=x3216 . Problem 288E: In the following exercises, divide the monomials. 288. 15r4s9(15r4s9) Problem 289E: In the following exercises, divide the monomials. 289. 20m8n4(30m5n9) Problem 290E: In the following exercises, divide the monomials. 290. 18a4b827a9b5 Problem 291E: In the following exercises, divide the monomials. 291. 45x5y960x8y6 Problem 292E: In the following exercises, divide the monomials. 292. (10m5n4)(5m3n6)25m7n5 Problem 293E: In the following exercises, divide the monomials. 293. (18p4q7)(6p3q8)36p12q10 Problem 294E: In the following exercises, divide the monomials. 294. (6a4b3)(4ab5)(12a2b)(a3b) Problem 295E: In the following exercises, divide the monomials. 295. (4u2v5)(15u3v)(12u3v)(u4v) Problem 296E: In the following exercises, divide each polynomial by the monomial. 296. (9n4+6n3)3n Problem 297E: In the following exercises, divide each polynomial by the monomial. 297. (8x3+6x2)2x Problem 298E: In the following exercises, divide each polynomial by the monomial. 298. (63m442m3)(7m2) Problem 299E: In the following exercises, divide each polynomial by the monomial. 299. (48y424y3)(8y2) Problem 300E: In the following exercises, divide each polynomial by the monomial. 300. 66x3y2110x2y344x4y311x2y2 Problem 301E: In the following exercises, divide each polynomial by the monomial. 301. 72r5s2+132r4s396r3s512r2s2 Problem 302E: In the following exercises, divide each polynomial by the monomial. 302. 10x2+5x45x Problem 303E: In the following exercises, divide each polynomial by the monomial. 303. 20y2+12y14y Problem 304E: In the following exercises, divide each polynomial by the binomial. 304. (y2+7y+12)(y+3) Problem 305E: In the following exercises, divide each polynomial by the binomial. 305. (a22a35)(a+5) Problem 306E: In the following exercises, divide each polynomial by the binomial. 306. (6m219m20)(m4) Problem 307E: In the following exercises, divide each polynomial by the binomial. 307. (4x217x15)(x5) Problem 308E: In the following exercises, divide each polynomial by the binomial. 308. (q2+2q+20)(q+6) Problem 309E: In the following exercises, divide each polynomial by the binomial. 309. (p2+11p+16)(p+8) Problem 310E: In the following exercises, divide each polynomial by the binomial. 310. (3b3+b2+4)(b+1) Problem 311E: In the following exercises, divide each polynomial by the binomial. 311. (2n310n+28)(n+3) Problem 312E: In the following exercises, divide each polynomial by the binomial. 312. (z3+1)(z+1) Problem 313E: In the following exercises, divide each polynomial by the binomial. 313. (m3+1000)(m+10) Problem 314E: In the following exercises, divide each polynomial by the binomial. 314. (64x327)(4x3) Problem 315E: In the following exercises, divide each polynomial by the binomial. 315. (125y364)(5y4) Problem 316E: In the following exercises, use synthetic Division to find the quotient and remainder. 316.... Problem 317E: In the following exercises, use synthetic Division to find the quotient and remainder. 317.... Problem 318E: In the following exercises, use synthetic Division to find the quotient and remainder. 318.... Problem 319E: In the following exercises, use synthetic Division to find the quotient and remainder. 319.... Problem 320E: In the following exercises, use synthetic Division to find the quotient and remainder. 320.... Problem 321E: In the following exercises, use synthetic Division to find the quotient and remainder. 321.... Problem 322E: In the following exercises, use synthetic Division to find the quotient and remainder. 322.... Problem 323E: In the following exercises, use synthetic Division to find the quotient and remainder. 323.... Problem 324E: In the following exercises, divide. 324. For functions f(x)=x213x+36 and g(x)=x4 , find (a) (fg)(x)... Problem 325E: In the following exercises, divide. 325. For functions f(x)=x215x+45 and g(x)=x9 , find (a) (fg)(x)... Problem 326E: In the following exercises, divide. 326. For functions f(x)=x3+x27x+2 and g(x)=x2 , find (a) (fg)(x)... Problem 327E: In the following exercises, divide. 327. For functions f(x)=x3+2x219x+12 and g(x)=x3 , find (a)... Problem 328E: In the following exercises, divide. 328. For functions f(x)=x25x+2 and g(x)=x23x1 , find (a) (fg)(x)... Problem 329E: In the following exercises, divide. 329. For functions f(x)=x2+4x3 and g(x)=x2+2x+4 , find (a)... Problem 330E: In the following exercises, use the Remainder Theorem to find the remainder. 330. f(x)=x38x+7 is... Problem 331E: In the following exercises, use the Remainder Theorem to find the remainder. 331. f(x)=x34x9 is... Problem 332E: In the following exercises, use the Remainder Theorem to find the remainder. 332. f(x)=2x36x24 is... Problem 333E: In the following exercises, use the Remainder Theorem to find the remainder. 333. f(x)=7x25x8 is... Problem 334E: In the following exercises, use the Factor Theorem to determine if xcis a factor of the polynomial... Problem 335E: In the following exercises, use the Factor Theorem to determine if xcis a factor of the polynomial... Problem 336E: In the following exercises, use the Factor Theorem to determine if xcis a factor of the polynomial... Problem 337E: In the following exercises, use the Factor Theorem to determine if xcis a factor of the polynomial... Problem 338E: James divides 48y+6 by 6 this way: 48+66=48y . What is wrong with his reasoning? Problem 339E: Divide 10x2+x122x and explain with words how you get each term of the quotient. Problem 340E: Explain when you can use synthetic division. Problem 341E: In your own words, write the steps for synthetic division for x2+5x+6 divided by x2 . format_list_bulleted