Jeff is going skiing. it costs $65 to rent skis plus $10 an hour to ski. he doesn't want to spend more than $120 and you have to pay for a whole hour even if you don't ski the whole hour. he wants to know how long can he ski. write and solve an inequality to answer jeff's question. a) 65 + 10x ≤ 120; he can ski 5 hours. b) 65 + 10x ≤ 120; he can ski 6 hours. c) 65 + 10x ≥ 120; he can ski 5 hours. d) 65 + 10x ≥ 120; he can ski 6 hours.

Shared decision making is always a positive strategy to take

If its non of them tell me..valerie took a day-trip. she drove from her house for a while and took a coffee break. after her coffee break, she continued driving. after  2  hours of driving after her coffee break, her distance from her house was  210  miles. her average speed during the whole trip was  60  miles per hour. valerie created the equation  y−210=60(x−2)  to represent this situation, where  xx  represents the time in hours from her coffee break and  yy  represents the distance in miles from her house. which graph correctly represents valerie's distance from her house after her coffee break?

The accompanying normal probability plot was constructed from a sample of 30 readings on tension for mesh screens behind the surface of video display tubes used in computer monitors. does it appear plausible that the tension distribution is normal? the given probability is has a significant downward curve, so it is plausible that the tension distribution is normal. the given probability is has a significant downward curve, so it is not plausible that the tension distribution is normal. the given probability is quite linear, so it is plausible that the tension distribution is normal. the given probability is has a significant upward curve, so it is not plausible that the tension distribution is normal. the given probability is quite linear, so it is not plausible that the tension distribution is normal.