A signal with a wavelength of 15cm goes through a car window that is 30cm wide...

A signal with a wavelength of 15cm goes through a car window that is 30cm wide and has an extension of 6m deep. What is linear width of the signal's central max at the end of the car?

Solutions

Expert Solution

genius_generous answered 1 year ago

Next > < Previous

Related Solutions

An empty tin can with height of 30cm and a diameter of 15cm is open at...

An empty tin can with height of 30cm and a diameter of 15cm is open at one end and closed at the other end. If the vertical can, with open end down, be slowly immersed in water, how far the water will rise inside the can when the closed end is 10 cm below the water surface?

An empty tin can with height of 30cm and a diameter of 15cm is open at...

Two thin lens (f1 = 15cm, f2 = −30cm) are separated by a distance d =...

Two thin lens (f1 = 15cm, f2 = −30cm) are separated by a distance d = 10cm. (a) (10 points) Find the matrix of the system. (b) (15 points) If 2cm tall object is placed on the distance 30cm to the left from the first lens. Find the position and the size of the image by using matrix method. (c) (25 points) Find positions of the cardinal points of the system. Find the position and the size of the image...

The rear window in a car is approximately a rectangle, 2.4 m wide and 0.65 m...

The rear window in a car is approximately a rectangle, 2.4 m wide and 0.65 m high. The inside rearview mirror is 0.40 m from the driver's eyes, and 2.10 m from the rear window. What is the minimum length for the rearview mirror if the driver is to be able to see the entire width and height of the rear window in the mirror without moving her head? What is the minimum height for the rearview mirror if the...

Light with a wavelength of 616 nm passes through a slit 7.74 μm wide and falls...

Light with a wavelength of 616 nm passes through a slit 7.74 μm wide and falls on a screen 1.90 m away. Q : Find the linear distance on the screen from the central bright fringe to the first bright fringe above it.

A 1600 kg sedan goes through a wide intersection traveling from north to south when it...

A 1600 kg sedan goes through a wide intersection traveling from north to south when it is hit by a 2000 kg SUV traveling from east to west. The two cars become enmeshed due to the impact and slide as one thereafter. On-the-scene measurements show that the coefficient of kinetic friction between the tires of these cars and the pavement is 0.750, and the cars slide to a halt at a point 5.30 m west and 6.31 m south of...

Design a wall footing to support a 30cm − wide reinforced concrete wall with a dead...

Design a wall footing to support a 30cm − wide reinforced concrete wall with a dead load DL =293 KN/m and a live load LL = 218 KN/m. The bottom of the footing is to be 1. 2m below the final grade, the soil weighs 16 KN m3 ⁄ , the allowable soil pressure, qa = 192 KN m2 ⁄ , and there is no appreciable sulfur content in the soil. fy = 420MPa and fc′ = 21MPa, normal- weight...

1. What are narrow window studies and wide window studies in accounting research, and what are...

1. What are narrow window studies and wide window studies in accounting research, and what are they used for respectively. 2. List Fair value hierarchy according to IFRS 13, ASC 820-10

Consider a 1.5m long 30cm wide flat plate exposed to two laminar flows of air (6...

Consider a 1.5m long 30cm wide flat plate exposed to two laminar flows of air (6 m/s free stream top surface and 12m/s free stream bottom surface) at 25ºC and atmospheric pressure. The top and bottom surfaces of the plate are electrically heated (1.5 kW total power, heaters assumed infinitesimally thin). The plate consists of 3 layers: a top and bottom layer of 1.0 cm balsa wood (k = 0.055 W/(m·K)), and a middle layer of 2.0 cm plywood (k...

A window of a car is found to be covered with 0.9cm of ice. If the...

A window of a car is found to be covered with 0.9cm of ice. If the area of the window is 1 m2, and the ice is at -12 degrees Celsius, what is the minimum heat required to melt all the ice? Take the density of ice to be 900 kg/m3, the specific heat capacity of ice to be 0.5 cal/g*K, and the latent heat of fusion to be 80 cal/g. Answer in kcal.

Subjects