A block of mass m is given a push such that it slides across a horizontal table in a straight line path with an initial speed of vo. The block slides a distance d before coming to rest on the table. The coefficient of kinetic friction between the block and the table is k. We need to determine how far will the block slide before it comes to rest. (A) Draw a diagram which shows the block sliding distance d along the surface of the table. Include the direction of the velocity of the block and the direction of any forces acting on the block at stages in this experiment. (B) Starting with relevant equations for work and kinetic energy, develop a relationship for the distance traveled along the surface d in terms of the initial speed vo. gravity g, and the coefficient of kinetic friction μk. Show that d is independent of the mass of the object. (C) If the mass of the block is 1.5kg, the coefficient of kinetic friction is 0.30, and the block is given an initial speed of 1.25 m/s, find the distance traveled along the horizontal table.

Solve asap in 20 minutes

Specify the points to which you could connect a voltmeter to measure the following potential differences in Figure. the potential difference across R3 ; (Note that there may be more than one answer).

For both circuits the voltage of the battery is 9V and the resistance of each bulb is 3 Volts(each circle is a bulb). How do I do the equations to solve these problems?

urgent.

pls help asap tnx

PLEASE ANSWER ALL PARTS!!!!!!!!!!! VERY URGENT!!!!!!!!!!

hello , i need a new solution please :)  show details and super mesh

From the given circuit, determine the value of I1, I2 and I3

Brightness  250+ 450+ 800+ 1100+ 1600+   Standard 25W 40W 60W 75W 100W   Assume your utility charges 5.5 cents per kWh, remember there are 100 cents in 1 dollar and 365 days in 1 year. With this info and the "how many lumens" chart, together with the data given in the tables on the next page you now have all the information to calculate your answers. Location  Lumens per bulb Watts per bulb  Total # of bulbs  Total Watts Use: hours per day kWh per day Total kWh for 1 year  Cost per 1 year  Cost per 10 years    Kitchen overhead  800 60 6 360 3 (360(3))/1000=1.08 394.2 $21.69 $216.90   Living room 1,600 100 3 300 4 (300(4))/1000=1.2 438       Dining Room  800   5   2