Problem 320E: In the following exercises, compute each indefinite integral. 320. e2xdx Problem 321E: In the following exercises, compute each indefinite integral. 321. e3xdx Problem 322E: In the following exercises, compute each indefinite integral. 322. 2xdx Problem 323E: In the following exercises, compute each indefinite integral. 323. 3xdx Problem 324E: In the following exercises, compute each indefinite integral. 324. 12xdx Problem 325E: In the following exercises, compute each indefinite integral. 325. 2xdx Problem 326E: In the following exercises, compute each indefinite integral. 326. 1x2dx Problem 327E: In the following exercises, compute each indefinite integral. 327. 1xdx Problem 328E: In the following exercises, find each indefinite integral by using appropriate substitutions. 328.... Problem 329E: In the following exercises, find each indefinite integral by using appropriate substitutions. 329.... Problem 330E: In the following exercises, find each indefinite integral by using appropriate substitutions. 330.... Problem 331E: In the following exercises, find each indefinite integral by using appropriate substitutions. 331.... Problem 332E: In the following exercises, find each indefinite integral by using appropriate substitutions. 332.... Problem 333E: In the following exercises, find each indefinite integral by using appropriate substitutions. 333.... Problem 334E: In the following exercises, find each indefinite integral by using appropriate substitutions. 334.... Problem 335E: In the following exercises, find each indefinite integral by using appropriate substitutions. 335.... Problem 336E: In the following exercises, find each indefinite integral by using appropriate substitutions. 336.... Problem 337E: In the following exercises, find each indefinite integral by using appropriate substitutions. 337.... Problem 338E: In the following exercises, find each indefinite integral by using appropriate substitutions. 338.... Problem 339E: In the following exercises, find each indefinite integral by using appropriate substitutions. 339.... Problem 340E: In the following exercises, find each indefinite integral by using appropriate substitutions. 340.... Problem 341E: In the following exercises, find each indefinite integral by using appropriate substitutions. 341. e... Problem 342E: In the following exercises, verify by differentiation that Inxdx=x(Inx1)+C , then use appropriate... Problem 343E: In the following exercises, verify by differentiation that Inxdx=x(Inx1)+C , then use appropriate... Problem 344E: In the following exercises, verify by differentiation that Inxdx=x(Inx1)+C , then use appropriate... Problem 345E: In the following exercises, verify by differentiation that Inxdx=x(Inx1)+C , then use appropriate... Problem 346E: Write an integral to express the area under the graph of y=1t from t = l to ex and evaluate the... Problem 347E: Write an integral to express the area under the graph of y = et between t = 0 and t = Inx, and... Problem 348E: In the following exercises, use appropriate substitutions to express the trigonometric integrals in... Problem 349E: In the following exercises, use appropriate substitutions to express the trigonometric integrals in... Problem 350E: In the following exercises, use appropriate substitutions to express the trigonometric integrals in... Problem 351E: In the following exercises, use appropriate substitutions to express the trigonometric integrals in... Problem 352E: In the following exercises, use appropriate substitutions to express the trigonometric integrals in... Problem 353E: In the following exercises, use appropriate substitutions to express the trigonometric integrals in... Problem 354E: In the following exercises, use appropriate substitutions to express the trigonometric integrals in... Problem 355E: In the following exercises, evaluate the definite integral. 355. 121+2x+x23x+3x2+x3dx Problem 356E: In the following exercises, evaluate the definite integral. 356. 0/4tanxdx Problem 357E: In the following exercises, evaluate the definite integral. 357. 0/3sinxcosxsinx+cosxdx Problem 358E: In the following exercises, evaluate the definite integral. 358. /6/2cscxdx Problem 359E: In the following exercises, evaluate the definite integral. 359. /4/3cotxdx Problem 360E: In the following exercises, integrate using the indicated substitution. 360. xx100dx;u=x100 Problem 361E: In the following exercises, integrate using the indicated substitution. 361. y1y+1dy;u=y+1 Problem 362E: In the following exercises, integrate using the indicated substitution. 362. 1x23xx3dx;u=3xx3 Problem 363E: In the following exercises, integrate using the indicated substitution. 363.... Problem 364E: In the following exercises, integrate using the indicated substitution. 364. e2x1e 2xdx;u=e2x Problem 365E: In the following exercises, integrate using the indicated substitution. 365. In(x) 1 ( Inx ) 2... Problem 366E: In the following exercises, does the right-endpoint approximation overestimate or underestimate the... Problem 367E: In the following exercises, does the right-endpoint approximation overestimate or underestimate the... Problem 368E: In the following exercises, does the right-endpoint approximation overestimate or underestimate the... Problem 369E: In the following exercises, does the right-endpoint approximation overestimate or underestimate the... Problem 370E: In the following exercises, does the right-endpoint approximation overestimate or underestimate the... Problem 371E: In the following exercises, does the right-endpoint approximation overestimate or underestimate the... Problem 372E: In the following exercises, f(x)0 for axb . Find the area under the graph of f (x) between the given... Problem 373E: In the following exercises, f(x)0 for axb . Find the area under the graph of f (x) between the given... Problem 374E: In the following exercises, f(x)0 for axb . Find the area under the graph of f (x) between the given... Problem 375E: In the following exercises, f(x)0 for axb . Find the area under the graph of f (x) between the given... Problem 376E: Find the area under the graph of the function f(x)=xex2 between x = 0 and x = 5. Problem 377E: Compute the integral of f(x)=xex2 and find the smallest value of N such that the area under the... Problem 378E: Find the limit, as N tends to in?nity, of the area under the graph of f(x)=xex2 between x = 0 and x... Problem 379E: Show that abdtt=1/b1/adtt when 0ab . Problem 380E: Suppose that f(x) > 0 for all x and that f and g are differentiable. Use the identity fg=egInf and... Problem 381E: Use the previous exercise to find the antiderivative of h(x)=xx(1+Inx) and evaluate 23xx(1+Inx)dx . Problem 382E: Show that if c > 0, then the integral of l/x from ac to bc (0 < a < b) is the same as the integral... Problem 383E: The following exercises are intended to derive the fundamental properties of the natural log... Problem 384E: The following exercises are intended to derive the fundamental properties of the natural log... Problem 385E: The following exercises are intended to derive the fundamental properties of the natural log... Problem 386E: Pretend, fat the moment, that we do not know that ex is the inverse function of ln(x), but keep in... Problem 387E: Pretend, fur the moment, that we do not know that ex is the inverse function of lnx, but keep in... Problem 388E: The sine integral, defined as S(x)=0xsinttdt is an important quantity in engineering. Although it... Problem 389E: [T] The normal distribution in probability is given by p(x)=12e(x)2/22 where is the standard... Problem 390E: [T] Compute the right endpoint estimates R50 and R100 of 3512 2e ( x1 )2/8 . format_list_bulleted