Answer:
Option D
Explanation:
Shop credit cards have similar functions as conventional credit cards. Through the account you make payments that can be paid out over period. Most retailers may provide rewards if you place an order with the credit card, or they can provide bonuses such as extra time back for your next order.
Yeah, in general words. Department stores cards appear to be safer than other unsecured loan cards issued by large credit card providers to just get accepted for. A discount card is not only affecting your ratings but plummeting your credit use. If you file for fresh credit, once the lender takes one of any credit files you usually get slapped with a rough request.
Answer:
1. <em>If this law of contributory negligence applies to the state, then Ramona will receive no compensation for the damages she sustained. </em>
<em>
</em>2<em>. If this law of comparative negligence applies to this state, then Ramona will get 100% - 20% = 80% of the damages incurred in the accident, from John which will be $80,000</em>
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Explanation:
In contributory negligence, the defense completely bars plaintiffs from any recovery if they contribute to their own injury through their own negligence.
<em>If this law of contributory negligence applies to the state, then Ramona will receive no compensation for the damages she sustained. </em>
<em>
</em>
In comparative negligence, the plaintiff's damages is award by the percentage of fault that the fact-finder assigns to the plaintiff for his or her own injury i.e the plaintiff's damage compensation is reduced by percentage of his/her percentage of fault.
<em>If this law of comparative negligence applies to this state, then Ramona will get 100% - 20% = 80% of the damages incurred in the accident, from John</em>
this is 80% of $100,00 which is equal to <em>$80,000</em>
Answer: 3.22
Explanation:
Given that;
mean = 2.5 min
standard deviation = 0.25 min
now to get the value of X required, we say
z = (x - u) / a
where z is the distance from the mean measured in the standard deviation units, x is the value we are interested in, u is the mean distribution, a is the standard deviation of the distribution.
the time delay should be just enough to allow 99.8% of the cabinets to dry completely = 99.8/100 = 0.9980
first we determine an appropriate z value.
Using the standardized normal tables,
value of z for approximately 0.9980 is 2.88
so using our initial equation z = (x - u) / a
we substitute the value
z = (x - u) / a
2.88 = ( x - 2.5) / 0.25
2.88 * 0.25 = x - 2.5
0.72 = x - 2.5
x = 0.72 + 2.5
x = 3.22