b) The 75.05 mph could also be expressed as ___________ km/s.
One mile is equal to 1.609 km. What is 30.0 mph in m/s? show work please
What is substrate concentration, expressed as a multiple of Km, when an enzyme reaction is observed to have an initial rate Vo = 0.75 Vmax. Select one: O a. [S] = 0.33 x km O b. [S] = 0.25 km O c. [S] = 0.75 x Km O d. [S] = 0.3 x km O e. [S] = 0.5 x km Check Next page ime Jump to...
A car traveling at 33 mph (53 km/h) skids to a stop in 10 m. What is the magnitude of the deceleration of the car during the skid? a.) 36000 km/h2 b.) 33 mph c.) 1.4 x 107 km/h2 d.) 3.6 x 106 km/h2
Would an automobile moving at a constant speed of 110. km/h violate a 81 mph speed limit? Yes No Give the speed of the automobile in mph to support your answer. check your answer for the correct number of significant figures. mph
Please show work 2. What is the wind speed for 150 miles per hour (mph) expressed in m/s? Show your work. er 3. Figure out the SI unit of the fluid viscosity u by using the equation τ=μ-u and the fluid kinematic viscosity vt 2 dy
1) A steam ship is sailing along the Congo River at 10 mph and with a heading of N 90" E. The current of the river is flowing from east to west at 10 mph. Use vector addition to calculate the movement of the ship. a) [20,0] mph b) [10,0] mplh c) 10,0] mph d) [0,10] mph e) (o,20] mph 2) Two parallel vectors both have an azimuth of 36. One vector has a length of 8 cm, and the...
The current speed limit on certain highways in the United States is 65 mph. What is the speed limit in km/s?ys in the United States is 65 mph. What is the speed limit in km/s?
Also, the question asks for the Km Experimental values S](mM) V (umol S / ml'sec) 0.61 1.19 2.78 5.00 8.33 13.9 2 10 20 50 What is Vmax?
Constant acceleration motion A car can go from 0 to 60 mph is 12 s. A second car is capable of twice the acceleration of the first car. Assuming that it could maintain the same accel higher speeds, how much time will this second car take to go from 0 to 120 mph? eration at
7. A 75000 kg space shuttle starts to re-enter the atmosphere at 17500 mph (7600 m/s) at an altitude of 170 km. When it reaches an altitude of 3 km it is traveling at 300 mph (150 m/s). Draw an energy interaction diagram to determine how much heat was dissipated in the atmosphere. Ignore the thermal energy of the heat shield. Part 1: How many energy systems are changing? 0 4 O 2 O 1 O 3 7. Part 2:...