Math, asked by meznabatool, 2 months ago

What is the ratio of 90 minutes to an hour?

Answers

Answered by surbhi8542

Answer:

There are 60 minutes in an hour. So, 90 minutes is between 1 hour and 2 hours (2 x 60 = 120 minutes). It is exactly half way between, hence 90 minutes is 1 and 1 half hours (or less formally, 1 and a half hours).

Answered by rishikachandani

Answer:

1 hour=,60 min

90 minn

90/60

Ratio=3/2

Previous Question

Next Question

Similar questions

English, 1 month ago

Do they run race Is book torn by you She washeh the cloth...

Physics, 1 month ago

Reema found the sound of rubbing in paddles of a her bicycle. what she can do to repair it?

English, 1 month ago

What does Rathanak do?what does he know...

Math, 2 months ago

Write the following rational numbers on ascending and descending order -3/5,7/-10,-15/20,14/-30,-8/15...

Hindi, 2 months ago

घड़े को जल से भर देने पर उसे मस्तक पर रखकर मीलों चले जाइए, एक बूंद पानी भी छलक कर बाहर नहीं गिरेगा। किंतु जिस घड़े में जल की मात्रा कम होगी, वह छलकता रहेगा, मानो वह पुकार-पुकार कर कह रहा हो कि उसमें जल है। अथाह जल का स्वामी समुद्र वर्षाकाल में सामान्य स्थितियों में मर्यादा लाँघकर बाढ़ का आतंक नहीं पैदा करता, किन्तु छोटी-छोटी नदियाँ अपने तटवर्ती क्षेत्रों को तहस-नहस कर डालती हैं। इसी तरह जिस...

English, 9 months ago

1. The postmaster-a fat, amiable fellow-also broke out laughing, but almost immediately he turned serious and, tapping the letter on his desk, commented, "What faith! I wish I had the faith of the man who wrote this letter Starting up a correspondence with God!" ) Why did postmaster laugh? (ii) What did the postmaster wish? (iii) Who was starting a correspondence with God? (iv) Where did the...

Chemistry, 9 months ago

what is brackett series .

Physics, 9 months ago

Two electric balls having certain mass carry a negative charge spread uniformly over their surfaces. Make necessary assumptions on the charges (Q1 and Q2) and mass of the balls. Each of these balls can be modelled as a sphere 7.5 μm in diameter. Using the assumptions find the following. (a) What speed would they need when very far away from each other to get close enough to just touch? Elaborate...