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I believe only in the words, not in real usage.
The y-intercept is where the line crosses the y-axis, and the x-intercept is where the line cross the x-axis
It is a functional card that sits in a BTS (A base transceiver station - a piece of equipment that facilitates wireless communication between user equipment and a network) and uses a Microwave band as link channel.
The judge has a passive role in the adversary system and an active one in the inquisitorial. The counsel has an active role in the adversary and a passive role in the inquisitorial. In adversary, the burden of proof rests on the accuser whereas in the inquisitorial the burden of proof rests on noone. Adversary systems can have juries .
where as y-intercept on y-axis is distance between origin to the poin on y-axis How do you interpret the y-intercept as in statistics
y- intercept is positive 9 (+9). x- intercept is between negative 2 and 3 (-2 to -3)
The judge has a passive role in the adversary system and an active one in the inquisitorial. The counsel has an active role in the adversary and a passive role in the inquisitorial. In adversary, the burden of proof rests on the accuser whereas in the inquisitorial the burden of proof rests on noone. Adversary systems can have juries
The judge has a passive role in the adversary system and an active one in the inquisitorial. The counsel has an active role in the adversary and a passive role in the inquisitorial. In adversary, the burden of proof rests on the accuser whereas in the inquisitorial the burden of proof rests on noone. Adversary systems can have juries.
The judge has a passive role in the adversary system and an active one in the inquisitorial. The counsel has an active role in the adversary and a passive role in the inquisitorial. In adversary, the burden of proof rests on the accuser whereas in the inquisitorial the burden of proof rests on noone. Adversary systems can have juries.