Identify and choose the complete adverb clause: Since it was foggy in the morning, it was very difficult to drive. 

Choose the correct option to correctly complete the sentence:  An adverb clause clarifies and gives extra details and information about the ________ in the main/independent clause. 

Which one of the quantities below has dimensions equal to MLT2?

A cannon of mass 1.50×103 kg fires a 10.00 kg shell with a velocity 200.0 ms at an angle of 45.0° above the horizontal. Find the recoil velocity of the cannon across the level ground.

A 75.0 kg swimmer dives horizontally off a 500.0 kg raft. The diver’s speed immediately after leaving the raft is 4.00 ms. A micro-sensor system attached to the edge of the raft measures the time interval during which the diver applies an impulse to the raft just prior to leaving the raft surface. If the time interval is read as 0.200 s, what is the magnitude of the average horizontal force by diver on the raft?

Given that A→+2B→=x1i^+y1 j^ and A→-B→=x2i^-y2 j^, what is B→?

A frictionless track is shown in Fig. 4.1 below. A block of mass m = 5 . 00   k g  slides down an incline of height h = 15 . 0   m with an angle of inclination α = 60 . 0 ° . It passes points A, B, C, D, E, A of a circle of radius R = 10 . 0   m  before returning to the horizontal track. (a) What minimum speed v 1 , m i n  does the block have to start in order for it to complete the circular motion without falling? If the block starts at height h = 15 . 0   m  with an initial speed of v 1 , i = 1 . 50 v 1 , m i n , (b) what is the magnitude and direction of the normal force exerted on the block when it is at point C, which is the top of the circle? If the track has a small rough region with coefficient of kinetic friction μ k = 0 . 600  and the length of the region is l = 10 . 0   m , as shown in Fig. 4.2, (c) what minimum speed v 2 , m i n  does the block have to start with after releasing from the incline of height h = 15 . 0   m  in order for it to complete the circular motion without falling? If the block starts at h = 15 . 0   m  with an initial speed of v 2 , i = 1 . 50 v 2 , m i n  and goes through the track shown in Fig. 4.2, (d) what are the magnitude and direction of the normal force exerted on the block when it is at point E, which is 60 . 0 °  from the vertical, and (e) what are the magnitude and direction of the block’s tangential acceleration at point E? (Note: Fig. 4.1 is for questions (a) and (b); and Fig. 4.2 is for questions (c), (d), and (e).) fig4_q20.jpg

A rock attached to a string swings in a vertical circle. Which diagram could correctly describe the force(s) on the rock when the string is at the lowest point?

Define the difference between arcadia and cockaigne.

Argue for the premise that The Communist Manifesto is a millennial text rather than a utopian one. Or, argue that it is more utopian than millennial.