使用[tex=4.5x1.143]XY0eST7UBCJsIHbj6DBKd2+UuyP+WKHbdfhRtxgGxA8=[/tex]位的[tex=4.214x1.214]sQZq9Zn02d0VDvlWhzVV5Xhuu13qnuKVVPCVZpUcX2c=[/tex]芯片构成 [tex=5.0x1.143]YMILccAH8DraSpocDDzdYQlXX1j7lRK2jT1GLFYObvo=[/tex]位存储器, 共需 [tex=4.214x1.214]sQZq9Zn02d0VDvlWhzVV5Xhuu13qnuKVVPCVZpUcX2c=[/tex]芯片 （ ）片.
未知类型：{'options': ['1024', '32', '8', '4[br][/br]'], 'type': 102}
未知类型：{'options': ['1024', '32', '8', '4[br][/br]'], 'type': 102}
举一反三
- 若要将一个长度为N=16的序列x(n)重新位倒序,作为某一FFT算法的输入,则位倒序后序列的样本序号为( )。 A: x(15), x(14), x(13), x(12), x(11), x(10), x(9), x(8), x(7), x(6),<br/>x(5), x(4), x(3), x(2), x(1), x(0) B: x(0), x(4), x(2), x(6), x(1), x(5), x(3), x(7), x(8), x(12), x(10),<br/>x(14), x(9), x(13), x(11), x(15) C: x(0), x(2), x(4), x(6), x(8), x(10), x(12), x(14), x(1), x(3), x(5),<br/>x(7), x(9), x(11), x(13), x(15) D: x(0), x(8), x(4), x(12), x(2), x(10), x(6), x(14), x(1), x(9), x(5),<br/>x(13), x(3), x(11), x(7), x(15)
- 假设所有变量均为整型, 则表达式[tex=10.571x1.357]LwbIklUNi3bG92VfuhR/2s2h8bPim4KlwMHG5pBJ+3PKMuWS/4OGtcmSMjC2vxzVyrIKC8OVgBRFsqcS0s1A1u2X9g+VlWD58VLIpTfy7/0=[/tex]后[tex=0.571x0.786]FLCxr+5eRIYnIT0kyTRrXg==[/tex]的值为 未知类型：{'options': ['7', '8', '6', '2'], 'type': 102}
- set1 = {x for x in range(10)} print(set1) 以上代码的运行结果为？ A: {0, 1, 2, 3, 4, 5, 6, 7, 8, 9} B: {0, 1, 2, 3, 4, 5, 6, 7, 8, 9,10} C: {1, 2, 3, 4, 5, 6, 7, 8, 9} D: {1, 2, 3, 4, 5, 6, 7, 8, 9,10}
- [tex=8.429x2.857]QFdSgPtZeb4vss+fgMHYaoSHzEWw/2UlNe9qnJJgrI74FX8HWgZv9HRjPF77eNHbg6za3Ica93ODQTP7Mc6gcA==[/tex]则 [tex=3.143x1.357]KiwcT6mwR4irA4J3mE3lAg==[/tex] 未知类型：{'options': ['0', '-1', '2', '[tex=0.714x2.0]VTrdua9N5EDHg65xKeLgBTM97XTe+DYBUh6qrSwzUmk=[/tex]'], 'type': 102}
- 要构成容量为[tex=3.571x1.143]ZBf2MNmWI5vvU+HyOyXA8w+HE/FaX80fN8V8A2L3y3Z53nFZMlD4z/gxTbNT1BW6[/tex]的[tex=2.429x1.0]Xji3MDV9bmyPlT7ZZooIMw==[/tex], 需要 未知类型：{'options': ['2', '4', '8', '32'], 'type': 102}