How many people do congressmen and senators represent? Members of the U.S. House of Representatives each represent a portion of their state known as a Congressional District, which averages 700,000 people. Senators however, represent the entire state.

Senators represent their entire states, but members of the House represent individual districts. The number of districts in each state is determined by a state’s population. Today, Congress consists of 100 senators (two from each state) and 435 voting members of the House of Representatives.

After the conference committee resolves any differences between the House and Senate versions of the bill, each chamber must vote again to approve the final bill text. Once each chamber has approved the bill, the legislation is sent to the President.

A joint resolution, like a bill, requires the approval of both houses and the signature of the President. There is no real difference between a bill and a joint resolution. The latter generally is used when dealing with a single item or issue, such as a continuing or emergency appropriations bill.

Resolutions are passed both by the company’s members and by its directors. In either case, resolutions may be passed at meetings or by written resolution. There are now just two types of resolution, ordinary resolutions (passed by a simple majority) and special resolutions (passed by a 75% majority).

Spatial resolution describes how much detail in a photographic image is visible to the human eye and refers to the smallest possible feature that can be detected. A 1-meter image means each pixel represents a 1 meter by 1 meter square on the ground; 2-meter = 2 meter by 2 meter square.

Resolution can be expressed in two ways: It is the ratio between the maximum signal measured to the smallest part that can be resolved – usually with an analog-to-digital (A/D) converter. It is the degree to which a change can be theoretically detected, usually expressed as a number of bits.

For example, a spatial resolution of 250m means that one pixel represents an area 250 by 250 meters on the ground. Spectral Resolution refers to the ability of a satellite sensor to measure specific wavlengths of the electromagnetic spectrum.

There are four primary types of “resolution” for rasters:

• Spatial.
• Spectral.
• Radiometric.
• Temporal.

With a high resolution sensor, you have the option to shoot really big images and you can down-sample their size in low-light situations to reduce the amount of noise.

Calculate the fraction of the 5V input range that is used by the sensor. Then multiply this value by the number of steps used by the AD board on the interface. Next, take the sensor range and divide it by the number of steps you have available at the full scale range. This is the resolution of the sensor.

Camera sensor size explained As mentioned above, while megapixels measure the resolution of your image, a higher count doesn’t necessarily mean they take care of everything. A larger sensor allows larger photosites and an ability to capture low light situations compared to a smaller sensor.

Effective resolution is simply the final resolution of any picture at the actual scale that it is placed within the document. If you place a 72 PPI image at 100% its effective resolution is 72 PPI. If you place it at 50% (half size) the effective resolution doubles and the result is 144 PPI.

The generally accepted value is 300 pixels/inch. Printing an image at a resolution of 300 pixels/inch squeezes the pixels in close enough together to keep everything looking sharp. In fact, 300 is usually a bit more than you need.

Bigger is better! For printed publications, always use the highest resolution (biggest) original file possible. Any image file less than 1MB will probably not be much use for high quality printing (unless it’s going to be very tiny). Don’t try to scale or touch up a low res photo.

In many cases, the best resolution for printing is 300 PPI. At 300 pixels per inch (which roughly translates to 300 DPI, or dots per inch, on a printing press), an image will appear sharp and crisp. These are considered to be high resolution, or high-res, images.

How to convert JPG to HDR

1. Upload jpg-file(s) Select files from Computer, Google Drive, Dropbox, URL or by dragging it on the page.
2. Choose “to hdr” Choose hdr or any other format you need as a result (more than 200 formats supported)
3. Download your hdr.

1. Open your picture to adobe photoshop- click image size-click width 6.5 inch and resulation (dpi) 300/400/600 you want. -click ok. Your picture will be 300/400/600 dpi then click image- brightness and contrast- increase contrast 20 then click ok.

If you don’t know the resolution of the projector, we recommend sizing images to fit the highest projector resolution you are likely to find. So horizontal images should be 1920 pixels across, and vertical images 1200 pixels high. Square images 1200 pixels square. In any of these cases, a little larger is fine.

1024 x 768

How to resize an image for a digital Art Projector

1. Click “Open Image from Computer.”
2. Find the image file you would like to resize.
3. Select the image file and click “Open” in the bottom right of the window.
4. Click “Image” from the top menu and select “Image Size…”
5. Make sure the “Constrain proportions” box is checked.
6. Enter the width or height in pixels.

In most cases, 640 x 480 pixels is more than enough, and for many projects, you need half that many pixels or even fewer. Pixels for prints: If you plan to print your photo and want the best picture quality, you need enough pixels to set the output resolution in the neighborhood of 200 to 300 ppi.

A Camera Resolution Reference Chart

An image with a higher PPI tends to be higher quality because it has a greater pixel density, but exporting at 300 PPI is generally considered industry standard quality. Because increasing the PPI increases the size of your file, you will want to use a high PPI only when necessary.

Why More Megapixels Is Better The higher the megapixel count on a camera sensor, the greater amount of detail that can be captured in a picture. For instance, a 6MP sensor captures roughly fifty percent more detail in an image than a 4MP sensor and double what a 3MP sensor has and four times that of a 1.5MP sensor.

There are advantages to increasing the number of megapixels. Larger prints that require a minimum pixel count can be easier to make, and consumers can crop images to focus on just the subject matter they want.

Casual Photographer For prints, you’re likely to print off standard 6×4 inch prints. If this is the case, you really don’t need to be too concerned about the megapixel resolution of your camera. Most modern cameras fall somewhere between 16 MP and 60 MP, all of which are more than sufficient to meet your needs.

16 megapixels