Perform the indicated operations and write the result in standard form. - 12+7-45 24
Perform the indicated operations and write the result in standard form, a +bi. 34 - 25 +57-4
Perform the indicated operations and write the result in standard form. - 20+V - 75 40 - 20+ v-75 - 40 =U (Type an exact answer, using radicals as needed. Type your answer in the form a + bi.)
Perform the indicated operations. Write the answer in standard form, a+bi. (V2 + 10 i)(12 - 101) 0 0/0 х 5
Perform the following operations and show the answer in both trigonometric form and standard form. 39. +isin 60° cos 330° +isin 330° 45. [4(cos60° °) ][4fcos 330° 0°)] 6(cos 225° +isin 225) 3(cos 45° +i sin 45°) Use DeMoivre's Theorem 59. (1-131)
Perform the indicated operation. (-8x° + 6x2 - 10x + 7) + (7x° +8x² - 6x-7). Write the polynomial in standard form. (- 8x² + 6x2 - 10x + 7) + (7x° + 8x2 - 6x – 7) = 0
Write the arithmetic sequence 12, 18, 24, 30, in the standard form: an- Preview syntax error. Get help: Video Write the arithmetic sequence 12, 18, 24, 30, in the standard form: an- Preview syntax error. Get help: Video
Perform all indicated operations, and express each answer in simplest form with positive exponents. Assume that all variables represent positive real numbers. Make sure you reply to another student post a) V12 – V108 ỹ27 24 2 x 4 b) -5 x 3 8 c) ตรี d)(3V5 + 2 +277)? -V 3 5x
Perform the indicated operation and write the answer in the form a +bi, where a and b are real numbers. 28) (6-5i)(7 +3i) A) -15;2 - 171 +42 B) 57 - 171 C) 27 - 531 D) 57 +171 Write the quotient in the form a +bi. 9 +41 29) 2-4i B) -1.4, C) -1 5 Use De Moivre's theorem to simplify the expression. Write the answer in a +bi form. 30) (3 (cos 120° + i sin 120°))4 A)...
Use DeMoivre's Theorem to find the indicated power of the complex number. Write the result in standard form. [2(cos 12° + i sin 120)5
a) Perform these 7-bit, unsigned binary operations. Keeping only 7 bits for the result, indicate whether or not overflow occurred (i.e. whether the answer is correct or if there were not enough bits). 0111010 0110010 1010010 +1001111 +1000111 -0110001 b) Perform these 7-bit, signed two’s complement binary operations. Keeping only 7 bits for the result, indicate whether or not overflow occurred. 0111010 0110010 1010010 +1001111 +1000111 -0110001