Explain reason and consequences of increased and decreased peristaltic movement of GIT
Answers
Explanation:
The problem with your digestive muscles can be due to one of two causes: A problem within the muscle that controls peristalsis. A problem with the nerves or hormones that govern the muscle's contractions
Explanation:
Let
Let 3+4i
Let 3+4i
Let 3+4i =
Let 3+4i = x
Let 3+4i = x
Let 3+4i = x +i
Let 3+4i = x +i y
Let 3+4i = x +i y
Let 3+4i = x +i y
Let 3+4i = x +i y Then (
Let 3+4i = x +i y Then ( 3+4i
Let 3+4i = x +i y Then ( 3+4i
Let 3+4i = x +i y Then ( 3+4i )
Let 3+4i = x +i y Then ( 3+4i ) 2
Let 3+4i = x +i y Then ( 3+4i ) 2 =(
Let 3+4i = x +i y Then ( 3+4i ) 2 =( x
Let 3+4i = x +i y Then ( 3+4i ) 2 =( x
Let 3+4i = x +i y Then ( 3+4i ) 2 =( x +i
Let 3+4i = x +i y Then ( 3+4i ) 2 =( x +i y
Let 3+4i = x +i y Then ( 3+4i ) 2 =( x +i y
Let 3+4i = x +i y Then ( 3+4i ) 2 =( x +i y )
Let 3+4i = x +i y Then ( 3+4i ) 2 =( x +i y ) 2
Let 3+4i = x +i y Then ( 3+4i ) 2 =( x +i y ) 2 ⇒3+4i=x−y+2i
Let 3+4i = x +i y Then ( 3+4i ) 2 =( x +i y ) 2 ⇒3+4i=x−y+2i xy
Let 3+4i = x +i y Then ( 3+4i ) 2 =( x +i y ) 2 ⇒3+4i=x−y+2i xy
Let 3+4i = x +i y Then ( 3+4i ) 2 =( x +i y ) 2 ⇒3+4i=x−y+2i xy
Let 3+4i = x +i y Then ( 3+4i ) 2 =( x +i y ) 2 ⇒3+4i=x−y+2i xy Comparing real part and imaginary part, we get
Let 3+4i = x +i y Then ( 3+4i ) 2 =( x +i y ) 2 ⇒3+4i=x−y+2i xy Comparing real part and imaginary part, we get3=x−y and 2
Let 3+4i = x +i y Then ( 3+4i ) 2 =( x +i y ) 2 ⇒3+4i=x−y+2i xy Comparing real part and imaginary part, we get3=x−y and 2 xy
Let 3+4i = x +i y Then ( 3+4i ) 2 =( x +i y ) 2 ⇒3+4i=x−y+2i xy Comparing real part and imaginary part, we get3=x−y and 2 xy
Let 3+4i = x +i y Then ( 3+4i ) 2 =( x +i y ) 2 ⇒3+4i=x−y+2i xy Comparing real part and imaginary part, we get3=x−y and 2 xy =4⇒xy=4
Let 3+4i = x +i y Then ( 3+4i ) 2 =( x +i y ) 2 ⇒3+4i=x−y+2i xy Comparing real part and imaginary part, we get3=x−y and 2 xy =4⇒xy=4∴x+y=±5 ( As x
Let 3+4i = x +i y Then ( 3+4i ) 2 =( x +i y ) 2 ⇒3+4i=x−y+2i xy Comparing real part and imaginary part, we get3=x−y and 2 xy =4⇒xy=4∴x+y=±5 ( As x
Let 3+4i = x +i y Then ( 3+4i ) 2 =( x +i y ) 2 ⇒3+4i=x−y+2i xy Comparing real part and imaginary part, we get3=x−y and 2 xy =4⇒xy=4∴x+y=±5 ( As x
Let 3+4i = x +i y Then ( 3+4i ) 2 =( x +i y ) 2 ⇒3+4i=x−y+2i xy Comparing real part and imaginary part, we get3=x−y and 2 xy =4⇒xy=4∴x+y=±5 ( As x =−5;
Let 3+4i = x +i y Then ( 3+4i ) 2 =( x +i y ) 2 ⇒3+4i=x−y+2i xy Comparing real part and imaginary part, we get3=x−y and 2 xy =4⇒xy=4∴x+y=±5 ( As x =−5; x
Let 3+4i = x +i y Then ( 3+4i ) 2 =( x +i y ) 2 ⇒3+4i=x−y+2i xy Comparing real part and imaginary part, we get3=x−y and 2 xy =4⇒xy=4∴x+y=±5 ( As x =−5; x
Let 3+4i = x +i y Then ( 3+4i ) 2 =( x +i y ) 2 ⇒3+4i=x−y+2i xy Comparing real part and imaginary part, we get3=x−y and 2 xy =4⇒xy=4∴x+y=±5 ( As x =−5; x is real part )
Let 3+4i = x +i y Then ( 3+4i ) 2 =( x +i y ) 2 ⇒3+4i=x−y+2i xy Comparing real part and imaginary part, we get3=x−y and 2 xy =4⇒xy=4∴x+y=±5 ( As x =−5; x is real part )∴x=4,y=1⇒
Let 3+4i = x +i y Then ( 3+4i ) 2 =( x +i y ) 2 ⇒3+4i=x−y+2i xy Comparing real part and imaginary part, we get3=x−y and 2 xy =4⇒xy=4∴x+y=±5 ( As x =−5; x is real part )∴x=4,y=1⇒ x
Let 3+4i = x +i y Then ( 3+4i ) 2 =( x +i y ) 2 ⇒3+4i=x−y+2i xy Comparing real part and imaginary part, we get3=x−y and 2 xy =4⇒xy=4∴x+y=±5 ( As x =−5; x is real part )∴x=4,y=1⇒ x
Let 3+4i = x +i y Then ( 3+4i ) 2 =( x +i y ) 2 ⇒3+4i=x−y+2i xy Comparing real part and imaginary part, we get3=x−y and 2 xy =4⇒xy=4∴x+y=±5 ( As x =−5; x is real part )∴x=4,y=1⇒ x =±2,y=±1
Let 3+4i = x +i y Then ( 3+4i ) 2 =( x +i y ) 2 ⇒3+4i=x−y+2i xy Comparing real part and imaginary part, we get3=x−y and 2 xy =4⇒xy=4∴x+y=±5 ( As x =−5; x is real part )∴x=4,y=1⇒ x =±2,y=±1Hence square root is ±(2+i)