0.5 Km/V_1 + 3.5 Km/2V_1 = 0.25 h V_1 = ?

Question

Question

science physics

Answer 1

Answer #1

tnt Gie ven th 2 NI 2 VI 2.25k m 刀 /3 = 2.5m/s

Answer 2

Similar Homework Help Questions

is the average acceleration (in km/h2) of the bus for the entire 3.5-h perlod shown in...

is the average acceleration (in km/h2) of the bus for the entire 3.5-h perlod shown in the graph? +39. 3. Problem 32 +26 the tolerance is +/-2% 2
segment 8, and (c) segment C? Express your answers in km/h. 0.5 1.0 1.5 2.0 2.5...

segment 8, and (c) segment C? Express your answers in km/h. 0.5 1.0 1.5 2.0 2.5 3.0 Time /h)
2. Refer to the rainfall and streamflow data tabulated below for the area of 280 [km]. Time Observed Gross hPrecipitation (GRH) [cm/h] 0.25 3.00 2.75 Time (h) Hydrograph 160 150 350 800 025 1200 4 90...

2. Refer to the rainfall and streamflow data tabulated below for the area of 280 [km]. Time Observed Gross hPrecipitation (GRH) [cm/h] 0.25 3.00 2.75 Time (h) Hydrograph 160 150 350 800 025 1200 4 900 700 550 350 250 160 140 10 (a) Obtain an Unit Hydrograph (UH) of these series. In this process, use the horizontal straight-line method to separate baseflow. [10pt] (b) Can you also transfer the UH obtained from (a) to the 6-hour UH for this...

a. 4.0 km b. 3.40 km c. 250 km d. 0.25 km e. none 12. Convert...

a. 4.0 km b. 3.40 km c. 250 km d. 0.25 km e. none 12. Convert 375 pounds to kilograms. a. 826 kg b. 14.0 kg c. 170 kg d. 82 kg e. none 13. Express 12 km/L in mi/gal a. 7.0 mi/gal b. 28 mi/gal c. 31 mi/gal d. 73 mi/gal f. 32 mi/gal 14. How many minutes will it take for a car that is travelling 8.0 x 10 mi/h to travel 200 km? a. 93 min b....
0 0.5 D -0.5 D 3.5 D -3.5 D 0 QUESTION 19 O points sa A...

0 0.5 D -0.5 D 3.5 D -3.5 D 0 QUESTION 19 O points sa A lens has a refractive power of -1.50. What is its focal length? 150 cm 0 -150 cm 67.0 cm 0 -67.0 cm 8.50 cm Anointe QUESTION 20 Click Save and Submit to save and submit. Click Save All Answers to save all ans https://webcourses.niu.edu/webapps/assessment take/launch.jsp?course_assessment_id=_171773_1&course_id=
19. Randy walked at the rate of 5.2 km/h in a straight path from his campsite...

19. Randy walked at the rate of 5.2 km/h in a straight path from his campsite to a ranch. He returned immediately on horseback at the rate of 7.8 km/h Upon his returm, he found that he had been gone no more than 3.5 h. At most how far is it from his campsite to the ranch?

06 Determine the relative velocity of particle B with respect to particle A A) (48i30j) km/h B) (-48i+30j ) km/h C) (48...

06 Determine the relative velocity of particle B with respect to particle A A) (48i30j) km/h B) (-48i+30j ) km/h C) (48i 30j ) km/h D) (-48i -30j ) km/h B VB=100 km/h 30° A VA-60 km/h 2. If theta equals 90° and A and B start moving from the same point, what is the magnitude of TBIA at t 5 s? A) 20 ft C) 18 ft B) 15 ft VB= 4 ft/s D) 25 ft A =3 ft/s...
6.) Suppose that alleles A, B and C occur with frequencies 0.5, 0.25 and 0.25 in a randomly- mati...

6.) Suppose that alleles A, B and C occur with frequencies 0.5, 0.25 and 0.25 in a randomly- mating population at Hardy-Weinberg equilibrium (a) Calculate the frequencies of the diploid genotypes. (b) Suppose that individuals M and F have genotypes AB and BC, respectively. If they have a child cl, find the distribution, the mean and the variance of the number of B alleles that this child inherits. 6.) Suppose that alleles A, B and C occur with frequencies 0.5,...
A woman jogs for 3 km at 9 km/h and then walks for 2 km at...

A woman jogs for 3 km at 9 km/h and then walks for 2 km at 5 km/h. What is her average speed for the entire trip?

Assume constant acceleration, During a winter day, wind at 58 km/h, 5°C, and 1 atm is blowing parallel to a 3.5-m-high a...

Assume constant acceleration, During a winter day, wind at 58 km/h, 5°C, and 1 atm is blowing parallel to a 3.5-m-high and 9-m-long wall of a house. Approximating the wall surfaces as smooth, determine the friction drag acting on the wall. What would your answer be if the wind velocity has doubled? How realistic is it to treat the flow over side wall surfaces as flow over a flat plate?