Depolama kapasitesi ölçü birimleri

WEBVTT 00:00:01.840 --> 00:00:03.601 Speicherkapazitätseinheiten. 00:00:03.621 --> 00:00:07.103 Jetzt haben wir eine Vorstellung davon, was wir wo speichern können. 00:00:07.143 --> 00:00:10.603 Wir haben ein Verständnis für ihre grundlegenden Eigenschaften entwickelt. 00:00:10.664 --> 00:00:13.866 Lassen Sie uns nun auf die Speicherkapazitätseinheiten eingehen. 00:00:15.107 --> 00:00:19.428 Dateigrößen werden wie die Kapazität eines Datenträgers in Byte gemessen. 00:00:19.949 --> 00:00:25.212 Ein Byte besteht aus einer Abfolge von 8 Bits und kann verwendet werden, um Zeichen wie Buchstaben oder Zahlen darzustellen. 00:00:27.386 --> 00:00:34.235 Wir teilen Ihnen weitere Informationen darüber mit, was ein Bit ist und wie es im Datenmanagement verwendet wird. 00:00:34.275 --> 00:00:34.976 Ich fahre fort. 00:00:35.737 --> 00:00:41.164 Die Berechnung von Potenzen von acht Bits und deren Verwendung im täglichen Leben zur Kommunikation ist schwierig. 00:00:41.885 --> 00:00:50.292 Deshalb wird ein Datenmaßsystem wie Kilobyte, Megabyte und ähnliche verwendet, um die Dateigröße zu definieren. 00:00:50.693 --> 00:01:04.481 Dies kann direkt mit verschiedenen metrischen Systemen in Verbindung gebracht werden, ähnlich wie 1000 Gramm einem Kilogramm im metrischen System entsprechen. 00:01:04.762 --> 00:01:05.122 Einheitssystem. 00:01:08.295 --> 00:01:18.602 Hier sehen Sie in der Tabelle die alphanumerischen Bezeichnungen von 1 Byte, 1 Kilobyte, 1 Megabyte, 1 Gigabyte und 1 Terabyte sowie deren ungefähre Byte-Äquivalente. 00:01:19.563 --> 00:01:30.871 Hier ist es wichtig zu wissen, dass 1 Gigabyte 1000 Megabyte und 1 Terabyte 1000 Gigabyte entspricht, also 1000 Gigabyte mal 1000 ergibt 1 Million Megabyte. 00:01:30.911 --> 00:01:32.632 Es ist gut zu wissen, dass 1 Terabyte 1 Million Megabyte entspricht. 00:01:33.566 --> 00:01:44.291 Es ist nicht unbedingt erforderlich, die ungefähren und genauen numerischen Werte in Byte zu kennen, aber bitte behalten Sie die Einheiten und alphanumerischen Ausdrücke im Kopf, denn dies ist eine sehr wichtige Information im Bereich der Computernutzung. 00:01:44.331 --> 00:01:49.373 Bitte behalten Sie die Einheiten und alphanumerischen Ausdrücke im Kopf, denn dies ist eine sehr wichtige Information im Bereich der Computernutzung. 00:01:51.804 --> 00:01:56.067 Auf der anderen Seite ist ein Bit die kleinste Einheit in der binären Informatik. 00:01:56.107 --> 00:01:56.788 Das sollten wir auch wissen. 00:01:56.888 --> 00:02:05.054 Also, wie eine Zelle ein Atom ist, ist in der Informatik die Ebene über dem Atom die Maßeinheit, die wir in unseren Schnittstellen verwenden, nämlich das Bit. 00:02:05.054 --> 00:02:08.677 Ein Bit kann den Wert 1 oder 0 haben. 00:02:10.270 --> 00:02:16.194 Wenn wir also von einem Wert von 1 oder 0 sprechen, bedeutet dies, dass 1 für "an" steht. 00:02:16.234 --> 00:02:20.576 Das bedeutet, dass Strom fließt, 0 bedeutet, dass kein Strom fließt. 00:02:20.576 --> 00:02:22.918 Was haben wir gesagt, wenn 8 Bits zusammenkommen? 00:02:22.918 --> 00:02:28.982 Es ergibt 1 Byte, aber da es schwierig ist, 1 Byte mit 8 zu berechnen, verwenden wir das Dezimalsystem.

WEBVTT 00:00:01.840 --> 00:00:03.601 Storage capacity measurement units. 00:00:03.621 --> 00:00:07.103 Now we have an idea of where and what we can store. 00:00:07.143 --> 00:00:10.603 We have an understanding of their basic features. 00:00:10.664 --> 00:00:13.866 Now let's focus on storage capacity measurement units. 00:00:15.107 --> 00:00:19.428 File sizes are measured in bytes, just like the capacity of a data carrier. 00:00:19.949 --> 00:00:25.212 A byte consists of an 8-bit sequence and can be used to represent characters like letters or numbers. 00:00:27.386 --> 00:00:34.235 We share more detailed information with you about what a bit is in terms of data management. 00:00:34.275 --> 00:00:34.976 Let me continue. 00:00:35.737 --> 00:00:41.164 Calculating the multiples of an eight-bit unit and its everyday use for communication can be challenging. 00:00:41.885 --> 00:00:50.292 Therefore, a data scale system is used to define file size, such as units of eleven bytes or multiples reaching kilobytes, megabytes, and similar. 00:00:50.693 --> 00:01:04.481 This is a measurement unit system that can be associated with various metric systems we see in the metric system, just like 1000 grams equals 1 kilogram. 00:01:04.762 --> 00:01:05.122 unit system. 00:01:08.295 --> 00:01:18.602 Here in the table, you see the alphanumeric representation of 1 byte, 1 kilobyte, 1 megabyte, 1 gigabyte, and 1 terabyte and their approximate equivalents in bytes. 00:01:19.563 --> 00:01:30.871 Here, it is beneficial for you to know that 1 gigabyte is 1000 megabytes, 1 terabyte is 1000 gigabytes, so 1000 gigabytes multiplied by 1000 equals 1 million megabytes. 00:01:30.911 --> 00:01:32.632 It is useful for you to know that this equals 1 terabyte. 00:01:33.566 --> 00:01:44.291 You don't need to know the approximate and exact numerical equivalents in bytes, but please keep in mind the unit definition and alphanumeric expression because this is very important information for computer usage. 00:01:44.331 --> 00:01:49.373 On the other hand, a bit is the smallest unit in binary digital technology. 00:01:51.804 --> 00:01:56.067 Let's also know this. 00:01:56.107 --> 00:02:05.054 So, just like a cell is to an atom, in information technologies, the level above the atom is measured with bits in the interfaces we use. 00:02:05.054 --> 00:02:08.677 A bit can have a value of 1 or 0. 00:02:10.270 --> 00:02:16.194 Now, when we talk about the value of 1 or 0 here, 1 means on. 00:02:16.234 --> 00:02:20.576 So, it means electricity is coming, 0 means electricity is not coming. 00:02:20.576 --> 00:02:22.918 What did we say when 8 bits come together? 00:02:22.918 --> 00:02:28.982 It forms 1 byte, but since it is difficult to calculate 1 byte with 8, we use the decimal system.

WEBVTT 00:00:01.840 --> 00:00:03.601 Depolama kapasitesi ölçü birimleri. 00:00:03.621 --> 00:00:07.103 Şimdi nerelerde ne depolayabileceğimize dair bir fikir sahibi olduk. 00:00:07.143 --> 00:00:10.603 Bunların temel özelliklerine dair bir kanaat sahibi olduk. 00:00:10.664 --> 00:00:13.866 Şimdi gelin depolama kapasitesi ölçü birimlerine odaklanalım. 00:00:15.107 --> 00:00:19.428 Dosya boyutları tıpkı bir veri taşıyıcısının kapasitesi gibi byte cinsinden ölçülür. 00:00:19.949 --> 00:00:25.212 Bir byte 8 bitlik bir diziden oluşur ve harf veya rakam gibi karakterleri temsil etmek için kullanılabilir. 00:00:27.386 --> 00:00:34.235 Bitin ne olduğuna dair verilerin veri yönetimi konusunda sizinle daha detaylı bilgileri paylaşıyoruz. 00:00:34.275 --> 00:00:34.976 Ben devam edeyim. 00:00:35.737 --> 00:00:41.164 Sekiz bittik birimin katların hesaplanması ve günlülük hayatta kullanımı iletişim amacıyla zordur. 00:00:41.885 --> 00:00:50.292 Bu sebeple dosya boyutunu tanımlamak için on birim byte veya katlarına ulaşan kilobayt, megabayt ve benzeri cinsten bir data ölçeği sistemi kullanılmaktadır. 00:00:50.693 --> 00:01:04.481 Bu birebir olarak mesela 1000 gramın işte 1 kilograma denk gelmesi gibi metrik sistemde gördüğümüz çeşitli metrik sistemle ilişkilendirilebilecek bir ölçü 00:01:04.762 --> 00:01:05.122 birimi sistemi. 00:01:08.295 --> 00:01:18.602 Burada tabloda görüyorsunuz 1 byte, 1 kilobyte, 1 megabyte, 1 gigabyte ve 1 terabyte'ın alfenumerik ifadesini ve byte cinsinden yaklaşık olarak karşılıyor. 00:01:19.563 --> 00:01:30.871 Burada 1 gigabyte'ın 1000 megabyte olduğunu, 1 terabyte'ın 1000 gigabyte olduğunu dolayısıyla 1000 gigabyte çarpı 1000 üzerinden 1 milyon megabyte'ın 1 00:01:30.911 --> 00:01:32.632 terabyte ettiğini bilmenizde fayda var. 00:01:33.566 --> 00:01:44.291 Byte cinsinden yaklaşık ve byte cinsinden tam olarak rakamsal karşılıkları bilmenize gerek yok fakat birim tanımlama ve alfönümerik ifade konusunu lütfen 00:01:44.331 --> 00:01:49.373 aklınızda tutun, bilin çünkü bu bilgisayar kullanımı açısından çok önemli bir bilgi. 00:01:51.804 --> 00:01:56.067 Diğer bir yandan bit ikili değer bilişim teknolojisindeki en küçük birimdir. 00:01:56.107 --> 00:01:56.788 Bunu da bilelim. 00:01:56.888 --> 00:02:05.054 Yani hani bir hücre atom neyse bilişim teknolojilerinde de atomun üstündeki seviye bizim kullandığımız ara yüzler içerisinde bitle ölçüdür. 00:02:05.054 --> 00:02:08.677 1 veya 0 değerine sahip olabilir bir bit. 00:02:10.270 --> 00:02:16.194 Şimdi burada 1 veya 0 değerinden bahsettiğimiz şey 1 açık anlamına geliyor. 00:02:16.234 --> 00:02:20.576 Yani elektrik geliyor, 0 elektrik gelmiyor anlamına geliyor. 00:02:20.576 --> 00:02:22.918 8 tane bit bir araya geldiği zaman ne demiştik? 00:02:22.918 --> 00:02:28.982 1 byte'ı oluşturuyor fakat 1 byte'ı 8 ile hesaplamak zor olduğu için biz 10'luk sistem kullanıyoruz.