6. How does the size of the surface blocked for Position 5 compare to the size of the surface blocked for Position 11? 7. How does the amount of light being blocked when Star E is in Position 5 compare to the amount of light being blocked when Star E is in Position 11?

WP G 4x10^13- Google Search education.wiley.com/was/ui/v2/assessment-player/index.html?launchid=544b29a3-e451-4a76-95da-d923ade34b8b#/question/17 Help Centre a myMapúa: Welcome Microsoft Office Ho... Courses Microsoft Teams - L...Mail-ALLYSON VIV... ParentPortal | Mapu... View Policies Show Attempt History (a) Number i (b) Number i x + Save for Later 32°C Partly sunny Current Attempt in Progress Four identical metallic objects carry the following charges: +1.10, +6.50, -4.26, and -9.58 μC. The objects are brought simultaneously into contact, so that each touches the others. Then they are separated. (a) What is the final charge on each object? (b) How many electrons (or protons) make up the final charge on each object? Units Units ParentPortal | Mapu... MathWorks - Make.. ps Turning Point - Parti... Explore GitHub Q Search a Attempts: 1 of 3 used ☆ * ENG US 0 L Submit Answer 4) O X ⠀ 33 5:33 pm 18/03/2023

The 305-m diameter Arecibo radio telescope (located in Puerto Rico) is shown below, prior to its unfortunate recent collapse. Approximately how close on the sky could two radio stars be located while still being distinguishable as separate stars by Arecibo? Assume radio waves of frequency 1420 MHz (the famous atomic hydrogen line). 17 arcsec 17 arcmin 29 arcmin 2.9 arcmin 17,000 arcsec

what three astronomical objects are represented on this excerpted Image 1 from a postage stamp? What are the two rings?

Given the light fixture on the picture. In this device you will be able to change the beam angle from 5 to 60 degrees. Assume an isometric distribution of the light on the illuminated surface 1) If the distance to the floor is 3 meters, what will be the beam angle that will produce an Illuminated surface Diameter of 2 meters?

The image shows the spectra of two objects, labeled 1 and 2. Which of the following statements is a correct interpretation of these spectra? Intensity 1 2 Wavelength O object 1 is younger than object 2 object 1 is brighter than object 2 at all wavelengths object 2 is farther from us than object 1 object 1 emits less red light than object 2 object 2 emits more blue light than object 1

Students set up an investigation to model the apparent brigntness of four diferent stars. They used four identical nachlights and a dark plece of poster board. They labeled the lashights A, B. C. and D. Each Nashight had brand new bateries. The students ploced the flashlights at different distances from the poster boord. Then, the students umed on the flashlights and observed the circles of Ight that shone on the poster tboard. They ranked the crcles of Ight in order hrom most bright to least bright Distance from poster Brightness board (m) Flashlight rank 3.6 26 Which Ist is the best prediction of the order from most bright to lcast bright? A. AD CB D. c.D3.A

Please help draw a fbd of what the situation would look like. The 3 questions below are all the save it just the different letters above the image that it's asking for. Pick from options one to five as show below in the photos 1. A basketball is thrown towards a basketball net. What would the fbd of the basketball look like at point A? ( image is the first one below) 2. A basketball is thrown towards a basketball net. What would the fbd of the basketball look like at point B? ( image is the first one below) 3. A basketball is thrown towards a basketball net. What would the fbd of the basketball look like at point C? ( image is the first one below)

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